Hardness Data Table 1\nThe drop weight test is a common laboratory measurement used to determine the comminution characteristics of rock samples. A common metric derived from a drop weight test is a value “A×b”. Another common metric that is derived from the SMC Test™ variant of a drop weight test is a “Drop Weight Index”, abbreviated as DWi. This work looks at a public database of test results to determine a relationship for DWi as a function of A×b.\nby Alex Doll @ SAGMilling.com\nA database of publicly published grindability test results has been collected by the Author. This database includes just over two hundred instances of a DWi and A×b being published for the same rock sample. A series of equations were fitted to this database with the goal of finding the best fitting equation.\nAn equation published by Lane et al. (2015) gives a relationship, equation\n, that includes the density of the coarse particles (ρ, or SG for “specific gravity”) and two fitted constants, c and d.\nAs the database contains the values for DWi, ρ, and (A×b), the constants c and d can be determined with some algebraic rearranging and linear regression.\nEquation  is in a form suitable for plotting and determining a linear regression. The regression of the database of test results using this equation is given in Figure 1.\nThe fit of this data is not particularly good, and there is quite a bit of scatter that, upon interrogation, is due to high density samples being significantly offset versus the body of the data points.\nVariations from Equation  were tried to see if any gave a better fit. Inverting the density value (equation ) was found to improve the data fit dramatically, as given in Figure 2.\nThere is still some scatter about the body of the test results. Interrogation shows that these samples are identified as “averages” or “percentiles” of much larger data sets, and are not single drop weight tests where both of the parameters are reported from a single determination.\nIt is known that not all grindability parameters are “additive”, and the additivity of the A×b parameter is particularly poor. This means that arithmetic averages of a mixture of A×b test results will not give the same value as if you performed a single test on the mixture of the rocks whose individual results were averaged.\nIt is reasonable to exclude these samples identified as “averages” or “percentiles” from the analysis so that only the parameters determined from the same, discrete drop weight tests are compared. This dramatically reduces the scatter, resulting in the regression in Figure 3.\nThe regression equation is determined to be:\nFigure 3: Filtered database regression for Equation .\nThe fitted equation for DWi, given a rock density ρ (kg/L) and a A×b value is:\nGrindability database collected from public sources such as conference proceedings and NI43-101 reports.\nThis database includes references for each result and is freely available to the public by contacting the Author at SAGMilling.com\nFor an updated Database, please contact Alex.\n1902 Cadia East u/g crush Cadia 21.5 31.1 2.7 27\n1609 Cadia East Cadia 20.3 29 30 29.7 0.2\n12 Boddington Pipeline Boddington 16.35 28.35 0.49\n11 Boddington Pit A breccia Boddington 20.7 28.1 0.78\n1901 Cadia East u/g May 08 Cadia 21.4 26.5 2.7 27\n230 Kanowna Belle 4 Kanowna Belle 19.7 26.5 1\n228 Kanowna Belle 2 Kanowna Belle 19.45 26.4 23 0.69\n9 Boddington Pit F zone 4 Boddington 17 26 0.35\n2023 Turnagain 102 Turnagain 23.2 24.9 2.95 20.2 0.29\n260 LB maximum Los Bronces 22 24.6 2.64 22.8 30.5 5.2 424.2\n927 Boddington N. volc Boddington 15.6 24.5 28.5 0.54\n505 St Ives Other 16.5 24.5\n499 Three Mile Hill Other 16.4 24.5 52 27\n231 Kanowna Belle 5 Kanowna Belle 15.9 24.3 29 0.45\n15 Wandoo North Boddington 16.6 24.2 8.4 25.5 0.52\n986 White Foil- Nov1997 Other 18.6 24.1 38.4 3.11 0.67\n991 White Foil- actual Other 18.6 24.1 2.8 26.6\n13 Boddington Pit D Boddington 17.8 23.9\n205 Cadia Volc Cadia 22.3 23.8 21.3 2.6 32.1\n1502 granite/MVol waste Yaramoko 18.4 23.5 8.3 33.9 0.27\n331 Prominent Hill 7 Prominent Hill 19.8 23.5 3.2 35.1\n1432 Boddington design Boddington 15.6 23.4 30 27.3 0.5\n1042 Blackwater maximum Blackwater 22.1 23.2 15.88 2.74 23 30.1\n928 Boddington S. volc Boddington 14.5 23.1 27 0.45\n990 White Foil- Mar1999 max Other 17.64 22.93 16.2 2.8 28.2 0.62\n1465 Krumovgrad Wall Other 20 22.8 16.1 2.53 29.2 0.6\n14 Wandoo South Boddington 15.1 22.8 8.4 27.9 0.45\n929 Boddington Mine N. Boddington 16 22.8 0.51\n227 Kanowna Belle 1 Kanowna Belle 16.1 22.7 26.7 27 0.49\n2284 Detour Lake max Detour Lake 20.1 22.7 25.6 22.5 0.55\n1499 FW waste Yaramoko 19 22.7 10.9 0.35\n1510 Sabodala composite 1 Sabodala 17.7 22.4 2.82 30.9 0.19\n1515 Sabodala composite 7 Sabodala 18 22.3 2.8 28.8 0.15\n2002 DDH 93-16 Huckleberry 18.7 22.2\n300 WBX-I Mount Milligan 20.35 22.15 0.22\n1511 Sabodala composite 2 Sabodala 18.1 22.1 2.82 34.9 0.16\n462 Geita mill design Other 16.8 22.1 30 3.1\n1514 Sabodala composite 6 Sabodala 16.8 21.9 2.8 33.9 0.12\n1517 Sabodala composite 13 Sabodala 17.4 21.6 2.82 34.4 0.17\n989 White Foil- Mar1999 min Other 17.46 21.5 14 2.8 36.4 0.46\n1516 Sabodala composite 12 Sabodala 17.3 21.5 2.82 35.6 0.14\n2380 Fekola var max Fekola Gold 19.7 21.5 15.8 2.85 26.6 0.88\n2004 Granby composite 2 Huckleberry 19.62 21.49\n930 Boddington S. diorite Boddington 14.9 21.4 0.27\n988 White Foil- Dec1997 max Other 16.09 21.38\n926 Boddington diorite Boddington 15.2 21.3 30 30.1 0.49\n1512 Sabodala composite 4 Sabodala 17.7 21.2 2.82 40.4 0.19\n267 Mastabe Sample 3 Mastabe 20.3 21.2 2.49 42\n486 Mt Milligan sample 2 Other 19.9 21.1 2.75 21.33 0.31\n303 Mt Milligan Sample 2 Mount Milligan 19.9 21.1 2.75 21.33 0.31\n297 SIX-I Mount Milligan 20.4 21.05 0.27\n1608 Ridgeway Cadia 18.7 21 30 42 0.43\n2382 Fekola var 85th percentile Fekola Gold 18.4 21 2.78 27.65 0.7\n1497 MVOL Yaramoko 16.8 20.9 11.3 0.13\n1855 Cadia Round Robin P lab A Cadia 17.1 20.9 21.3 2.64 0.49\n1498 HW waste Yaramoko 17.9 20.8 10.5 0.37\n1475 Comp PAPX Platreef 22.3 20.7 3 29.9 0.34\n2377 Fekola shallow HG comp Fekola Gold 16.5 20.7 14 2.8 27.6 0.38\n294 MBX-I Mount Milligan 19.85 20.7 0.24\n330 Prominent Hill 6 Prominent Hill 17.8 20.7 3.2 58.4\n299 STR-S Mount Milligan 19 20.7 0.23\n298 SIX-S Mount Milligan 20.45 20.7 0.2\n1858 Cadia Round Robin P lab D Cadia 17.6 20.6 0.31\n2025 Turnagain 104B Turnagain 20.2 20.6 3.02 24 0.4\n2265 Nico P5 Nico 14.3 20.6 22\n271 Mastabe Sample 7 Mastabe 19.5 20.6 2.58 47.8\n301 WBX-S Mount Milligan 20.1 20.52 0.26\n2022 Cadia 1999 survey Cadia 17 20.5 28.5 2.6\n2376 Fekola deep HG comp Fekola Gold 18.8 20.5 15.8 2.79 28.15 0.53\n292 Maxi-Q/1 Mount Milligan 19.55 20.45 0.25\n305 Maxi-Q/3 Mount Milligan 19.7 20.4 0.28\n293 MBX-D Mount Milligan 19.4 20.4 0.2\n2381 Fekola var median Fekola Gold 17.2 20.3 14 2.78 28.4 0.51\n304 Maxi-Q/2 Mount Milligan 19.3 20.3 0.33\n1513 Sabodala composite 5 Sabodala 17 20.3 2.82 32.3 0.13\n209 Pit 3 Copper Mountain 22.2 20.2 2.87 20.1\n473 Copper Mtn Pit 3 Other 22.2 20.2 2.87 20.1\n472 Copper Mtn Pit 2 Other 22.3 20.1 2.75 22.9\n229 Kanowna Belle 3 Kanowna Belle 15.5 20.1 26.4 28 0.43\n208 Pit 2 Copper Mountain 22.3 20.1 2.75 22.9\n2264 Nico P2 Nico 14.8 20.1\n274 Mastabe Sample 10 Mastabe 19 20 2.6 44.4\n1433 Boddington Apr 2010 survey Boddington 14.4 20 27.7 30 0.52\n1607 Cadia Hill Cadia 17.5 20 30 35 0.33\n278 Mastabe Sample 14 Mastabe 23.6 20 2.63 41.9\n2419 BCOC‐004 Buriticá 22.59 19.94 2.72 26.81 0.1\n2283 Detour Lake 90th Detour Lake 16.5 19.9 19.7 23.4 0.54\n1856 Cadia Round Robin P lab B Cadia 19.28 19.63 12.4 3.17 0.68\n296 SIX-D Mount Milligan 20.35 19.6 0.36\n2378 Fekola low grade comp Fekola Gold 16.9 19.6 14 2.74 27.55 0.27\n2024 Turnagain 104A Turnagain 17.9 19.6 3.11 25 0.3\n276 Mastabe Sample 12 Mastabe 19.7 19.5 2.61 44.9\n1041 Blackwater 75 percentile Blackwater 19.7 19.5 14.9 2.74 27.5 26.5\n295 MBX-S Mount Milligan 19.4 19.5 0.14\n2416 BCOC‐001 Buriticá 22.02 19.41 2.79 23 0.18\n328 Prominent Hill 4 Prominent Hill 15.4 19.4 3.2 43.3\n302 Mt Milligan Sample 1 Mount Milligan 19.9 19.4 2.75 24.2 0.24\n481 KCGM design Other 14.6 19.4 40 2.9 31.2\n306 Maxi-Q/4 Mount Milligan 18.1 19.4 0.31\n236 KCGM design KCGM 14.6 19.4 40 2.9 31.2\n485 Mt Milligan sample 1 Other 19.9 19.4 2.75 24.2 0.24\n269 Mastabe Sample 5 Mastabe 19.7 19.3 2.65 35\n1500 mineralized granite Yaramoko 18 19.3 7.2 44.1 0.21\n235 Kanowna Pilot Plant Kanowna Belle 18.3 19.3 0.37\n2003 Granby composite 1 Huckleberry 17.42 19.29\n312 Footwall sediments Palmarejo 19.4 19.2 8.6 2.52 44.2\n2263 Nico P1 Nico 14.2 19.1\n1463 Duparquet pilot sample Other 18.5 19.1 7.5 2.73 28 0.55\n1903 Cadia 1998 survey Cadia 17.1 19 16.5 2.7 36\n234 Kanowna Belle 8 Kanowna Belle 18 19 0.58\n1700 US21_A Malartic 16.1 18.98 14.3 2.72 25.93 144.69 0.43\n1681 US08_12 Malartic 17.16 18.93 12.4 2.74 20.56 151.96 0.29\n2369 Moose River Argillite Moose River 8.8 18.9 0.03\n2282 Detour Lake 75th Detour Lake 15.5 18.9 17.5 2.94 24.4 0.54\n339 Selbaie Welded acid tuff Selbaie 13.15 18.8 17.4 2.85 0.52\n1000 Snelgrove Lake Iron Other 17.7 18.6 17.7 3.48 31 2.5 194\n992 Snelgrove Lake Other 18.6 17.7 3.44 31 22.8 9.3 184\n2417 BCOC‐002 Buriticá 21.92 18.6 2.49 36.89 0.17\n202 Cadia M-Pr Cadia 20.15 18.55 21.05 2.82 0.46\n259 LB 75th percentile Los Bronces 17.4 18.5 2.64 27.1 26.7 10.1 163.4\n1603 New Gold Hypogene Other 21.8 18.5 8 2.7 0.16\n272 Mastabe Sample 8 Mastabe 18.6 18.5 2.59 54\n277 Mastabe Sample 13 Mastabe 16.5 18.4 2.57 46.5\n1604 New Gold Mesogene Other 19.8 18.3 8 2.77 0.07\n2001 DDH 93-18+93-21 Huckleberry 15.8 18.3\n1501 mineralized MVol Yaramoko 17.7 18.3 5.5 44.8 0.05\n952 Cerro Verde BPS Cerro Verde 16 18.3 15.5\n873 K491 New Liberty 20.95 18.3 3 27.4\n242 Pit 3 Kubaka 15.5 18.2\n326 Prominent Hill 2 Prominent Hill 16 18.2 3.2 45.3\n1863 Cadia Round Robin G lab B Cadia 17.6 18.2 9.06 2.71 0.43\n396 07-RN-47-GR027 Dumont 21.2 18.2 2.59 44.3 0.01\n2379 Fekola var min Fekola Gold 14.1 18 14 2.73 31 0.21\n243 Comp 123 Kubaka 15 18\n311 Amygdaloidal Palmarejo 19 18 15 2.65 33.8\n2391 Grassy Mountain zone 2 Other 21.3 18 3.6 2.44 0.78\n2281 Detour Lake 50th Detour Lake 14.3 18 14.8 2.9 25.8 0.48\n1680 US08_11 Malartic 16.84 17.92 16.09 2.75 20.94 163.27 0.22\n1865 Cadia Round Robin R lab A Cadia 15.5 17.9 25.6 2.67 0.64\n1862 Cadia Round Robin G lab A Cadia 16.4 17.9 8.1 2.74 0.25\n934 Brucejack VOK Ore 3 Brucejack 15.4 17.9 10.4 2.75 39 20.2 0.09\n1679 US07A_12 Malartic 16.03 17.85 15.32 2.72 27.24 143.31 0.84\n872 K492 New Liberty 17.5 17.8 3 21.3\n1496 GR Yaramoko 16.6 17.8 7 0.25\n1040 Blackwater average Blackwater 18.3 17.8 13.51 2.74 30.4 24.2\n2266 1999 sample Nico 16.1 17.8\n493 Rainy River Zone-433 Other 16.95 17.7 2.8 31 0.18\n948 Cerro Verde GKP Cerro Verde 15.7 17.7 23.8\n2293 Zone 704-2 Meadowbank 14.5 17.7 2.78 29.8 0.24\n503 Teck-Corona Other 22.1 17.6 17.6\n2393 Grassy Mountain composite Other 20.2 17.6 3.62 2.44 0.71\n501 Santa Rita design Other 21.8 17.6 16 3.24 41.3\n500 Santa Rita average Other 19.1 17.6 16 3.24 46.2 0.28\n207 Cadia M comp Cadia 19.4 17.6 24.8 2.6 37.8 0.5\n1692 US15_12 Malartic 13.94 17.52 13.09 2.75 23.98 156.62 0.23\n203 Cadia M-R Cadia 18.1 17.5 30.5 2.6 0.56\n354 SM 11 Spanish Mountain 16.7 17.5 0.28\n2370 Moose River Greywacke Moose River 10.2 17.5 0.17\n1861 Cadia Round Robin P lab G Cadia 17.86 17.49 15.7 2.64\n318 Phu Kham most competent Phu Kham 13.6 17.4 3.1 31.54 0.41\n461 Asarco Ray Other 14.7 17.4 26\n484 Lone Tree Other 19.2 17.4 2.87 44.8 0.64\n1866 Cadia Round Robin R lab B Cadia 16.18 17.34 12.07 2.64 0.64\n308 MMZ soft Nkomati 18.3 17.3 48\n307 MMZ hard Nkomati 21 17.3 30\n1472 Comp FPX Platreef 19.85 17.3 3.19 35 0.36\n201 Cadia M Cadia 19.1 17.3 22.8 2.6 0.52\n981 Quimsacocha comp 2 Quimsacocha 17.3 17.3 2.65 40.7 19.3 1.27\n2418 BCOC‐003 Buriticá 20.96 17.22 2.69 32.11 0.1\n487 Phoenix Des Crit Other 15.5 17.2 17.6 37.5 0.46\n2392 Grassy Mountain zone 3 Other 17.7 17.2 3.64 2.44 0.53\n386 07-RN-20-GR11 Dumont 21.7 17.2 2.55 40.6 0.01\n1013 Duncan Lake 3 SED Duncan Lake 14 17.2 2.81 33.6 22.1\n314 blended ore Palmarejo 18.2 17.2 10.8 2.6\n2280 Detour Lake 25th Detour Lake 12.7 17.2 11.9 27.5 0.36\n244 Comp 5 Kubaka 15.5 17.1\n1696 US19 Malartic 16.22 17.1 18.12 2.72 25.58 159.67 0.4\n240 UG 1 Kubaka 15.1 17.1\n942 Brucejack WZ Ore 4 Brucejack 15.5 17 9.5 2.75 43.3 18.3 0.25\n310 Quartz breccia Palmarejo 18.9 17 8.6 2.63 41.1\n251 UG 12 Kubaka 17 17 92\n358 SM 15 Spanish Mountain 16 17 0.19\n1450 SGS 2012 Composite 9 Volta Grande 14.2 17 25.6 2.5 199.8 0.28\n1864 Cadia Round Robin G lab G Cadia 17.28 16.9 17.2 2.69\n1688 US12_11 Malartic 15.77 16.89 19.39 2.69 21.64 143.5 0.28\n384 07-RN-16-GR054 Dumont 22 16.8 2.53 36.2 0.01\n2424 Composite 1 Buriticá 16.3 16.8 13.62 2.73 36.2 0.35\n372 Stronsay Siltstone Stronsay 16.8 16.8\n444 10-RN-216D01 Dumont 21.4 16.8 18 2.56 44.5 0.01\n275 Mastabe Sample 11 Mastabe 15.6 16.7 2.63 67.8\n404 08-RN-109-GR049 Dumont 20.2 16.7 2.63 39.2 0.03\n881 Metates intrusive Other 13.3 16.7 13.2 2.76 67.3 0.04\n258 LB median Los Bronces 16.5 16.7 2.64 30 24.8 13 130\n355 SM 12 Spanish Mountain 15.7 16.7 0.27\n273 Mastabe Sample 9 Mastabe 17.3 16.7 2.58 59.4\n2292 Porphyry 2014 Meadowbank 16.7 16.7 2.62 35.9 0.61\n261 LB average Los Bronces 16.5 16.7 2.64 32.3 23.9 13.8 137.9\n980 Quimsacocha comp 1 Quimsacocha 16.7 16.7 2.89 36.3 21 1.37\n939 Brucejack WZ Ore 1 Brucejack 16.7 16.7 11.8 0.31\n983 Quimsacocha comp 4 Quimsacocha 16.6 16.6 2.73 39.9 19.6 1.26\n1447 SGS 2012 Composite 4-6 Volta Grande 14.8 16.6 24 1.7 206.2 0.44\n474 Hidden Valley Other 16.6 16.6 15 2.7 61.6 0.3\n435 08-RN-83-GR04 Dumont 19.9 16.6 2.6 41.6 0.03\n950 Cerro Verde PPP Cerro Verde 14.9 16.5 21.7\n984 Quimsacocha comp 5 Quimsacocha 16.5 16.5 2.7 43.4 18.3 1.28\n343 Selbaie Nov 1988 composite Selbaie 12.7 16.5 15.8 2.97\n2289 FS Vault avg Meadowbank 13.8 16.5 2.81 40.5 0.23\n447 10-RN-217EG01 Dumont 20.55 16.5 16.4 2.58 39.3 0.02\n1468 Lucky Friday, wall Other 13.4 16.5 5.2 0.09\n1689 US12_12 Malartic 14.01 16.45 2.74 23.78 0.24\n1676 US05_11 Malartic 14.28 16.43 13.71 2.75 19.9 163.87 0.2\n1702 US22 Malartic 16.58 16.42 16.04 2.7 26.24 133.23 0.39\n399 08-RN-101-GR05 Dumont 22.2 16.4 2.51 53.9 0\n954 Los Helados intermediate Los Helados 17.1 16.4 2.82 29.1 150 0.16\n880 Metates sedimentary Other 12.3 16.4 15.7 0.05\n268 Mastabe Sample 4 Mastabe 16.7 16.4 2.65 41.5\n394 07-RN-45-GR035 Dumont 20.3 16.3 2.61 38.5 0.02\n383 07-RN-14-GR043 Dumont 22 16.3 2.5 47.8\n237 MLW KCGM 15.3 16.3 40 2.87\n1708 09-21-CV1A-8h_12 Malartic 16.3 16.3 18.52 2.74 24.1 115.27 0.35\n953 Los Helados upper Los Helados 16.03 16.3 2.78 31.9 180 0.08\n1707 Super Blast Malartic 14.85 16.3 16.87 2.72 24.22 0.32\n359 SM 16 Spanish Mountain 15.1 16.3 2.8 28.7 0.21\n1673 US03_11 Malartic 14.98 16.27 14.44 2.76 25.02 125.12 0.55\n1709 10-31-CV1A-11h_12 Malartic 14.26 16.26 17.9 2.72 25.71 131.6 0.32\n1448 SGS 2012 Composite 5-7 Volta Grande 15.5 16.2 26 3.8 173.9 0.46\n1697 US20_A Malartic 16.27 16.2 13.06 2.69 25.05 118.1 0.38\n951 Cerro Verde PKP Cerro Verde 15.1 16.2 32.2\n245 Comp 7-11 Kubaka 16.2 16.2\n982 Quimsacocha comp 3 Quimsacocha 16.1 16.1 2.7 40.5 19.4 1.23\n348 SM 5 Spanish Mountain 14.7 16.1 0.26\n434 08-RN-83-GR03 Dumont 20.5 16.1 2.44 47.6\n1672 US02_12 Malartic 14.34 16.1 14.84 2.74 25.37 111.2 0.42\n1471 T2L Platreef 21.8 16.1 3.08 44.5\n200 Cadia M-C Cadia 19.2 16.1 23.2 2.6 0.4\n1693 US16_12 Malartic 13.96 16.05 14.89 2.73 37.39 109.62 0.18\n199 Cadia M-B Cadia 17.4 16 24.1 2.6 0.53\n1464 Krumovgrad Upper Other 17 16 12.5 2.53 61.4 0.28\n2005 1995 composite Huckleberry 14 16\n5 Sulfide Phyllite Bibiani 16.3 16 9 2.72 37.64 0.09\n342 Selbaie Composite Selbaie 12.6 16 14.9 2.97 0.4\n1524 Lik composite 2 Lik 16.3 16 6.6 54.3 0.23\n403 08-RN-109-GR048 Dumont 21.6 16 2.46 47\n360 SM 17 Spanish Mountain 14.5 16 0.3\n402 08-RN-105-GR12 Dumont 20.5 16 2.54 46.9 0.01\n1446 SGS 2012 Composite 2-3 Volta Grande 16.5 16 30.6 0.9 133.2 0.29\n1685 US10_12 Malartic 13.83 15.96 13.78 2.72 26.58 132.54 0.41\n1684 US10_11 Malartic 14.75 15.95 12.49 2.75 21.39 134.18 0.36\n2290 Vault drill core Meadowbank 13.9 15.9 2.81 40.9 86.4\n2279 Detour Lake 10th Detour Lake 11.2 15.9 9.9 30.2 0.24\n193 BH 2004 medium grade Batu Hijau 11.8 15.9 6.5 0.12\n871 K490 New Liberty 18.85 15.9 3 29.7\n1474 Comp OLOPX-OPX Platreef 20.4 15.9 3.17 32.8 0.3\n1857 Cadia Round Robin P lab C Cadia 18.3 15.9 0.31\n1710 02-12-CV1A-8h_13 Malartic 14.2 15.9 17.54 2.72 26.23\n1867 Cadia Round Robin R lab G Cadia 15.8 15.83 14.8 2.58\n923 Maracás 32 Maracás 14.6 15.8\n955 Los Helados deep Los Helados 16.12 15.8 2.83 28.1 136 0.18\n448 10-RN-217H01 Dumont 21.1 15.8 15.6 2.53 49.1 0.01\n408 08-RN-126-GR08 Dumont 20.4 15.8 2.53 54.7 0\n2291 Stockpile 2013 Meadowbank 14 15.8 2.73 39 0.24\n1705 Conv No. 1 Malartic 13.64 15.73 17.46 2.72 27.41 0.22\n417 08-RN-37-GR060 Dumont 20.1 15.7 2.62 56.6 0\n430 08-RN-79-GR01 Dumont 22.4 15.7 2.59 55.4 0\n400 08-RN-101-GR06 Dumont 18.2 15.6 2.73 32.9 0.09\n1449 SGS 2012 Composite 8 Volta Grande 15.5 15.6 29.6 2.1 147.8 0.5\n932 Brucejack VOK Ore 1 Brucejack 14.4 15.6 11.4 2.79 43.6 18.1 0.21\n393 07-RN-45-GR034 Dumont 22 15.6 2.45 48.8\n382 07-RN-14-GR042 Dumont 21.5 15.6 2.47 51.1 0\n870 K489 New Liberty 20.35 15.6 3 28.5\n1503 GR QZ Yaramoko 13.2 15.6\n334 Huacajchi San Bartolome 18.6 15.6 13.8 1.96 0.8\n945 Cerro Verde PKG Cerro Verde 13.8 15.6 21.8\n944 Cerro Verde PPG Cerro Verde 16.7 15.5 18.2\n431 08-RN-79-GR02 Dumont 20.1 15.5 2.62 56.6\n875 Aurora Gold Rory Knoll Other 14.6 15.5 15.5 2.81 31.2 0.22\n874 Cameron Gold Other 12.4 15.5 2.87 31 0.33\n941 Brucejack WZ Ore 3 Brucejack 15.8 15.5 10.3 0.66\n2426 Albany Graphite WP Other 17 15.4 11.3 2.65 40.4 0.61\n315 Phu Kham 80th percentile Phu Kham 14.7 15.4 3.2 90.72 0.29\n869 K487 New Liberty 14.65 15.4 3 22.4\n2425 Albany Graphite EP Other 18 15.4 11.4 2.63 35.6 0.68\n1675 US04_11 Malartic 12.04 15.35 2.71 19.28 0.47\n1703 US23 Malartic 14.1 15.33 14.43 2.66 24.15 127.2 0.58\n350 SM 7 Spanish Mountain 13.5 15.3 0.2\n496 Rainy River ODM-4 Other 13.75 15.3 2.83 39.2 0.1\n2018 Pebble west 2004 Pebble 14 15.3 2.61 42.6\n439 09-RN-169-GR15 Dumont 19.8 15.3 2.55 47.6 0\n1677 US06_12 Malartic 16.34 15.24 2.7 28.58 0.66\n1674 US03_12 Malartic 15.11 15.22 13.03 2.72 28.04 119.23 0.57\n1706 Conv No. 3 Malartic 14.38 15.21 16.89 2.71 26.57 0.23\n459 EHM Primary Max Ernest Henry 15.1 15.2 3.42 41\n416 08-RN-37-GR059 Dumont 20.9 15.2 2.6 47.8 0\n327 Prominent Hill 3 Prominent Hill 12.7 15.2 3.2 71.1\n381 07-RN-10-GR041 Dumont 21.3 15.2 2.54 57.9 0\n1504 VOL QZ Yaramoko 13.2 15.2\n935 Brucejack VOK Ore 4 Brucejack 14.2 15.2 9.3 0.38\n445 10-RN-216E01 Dumont 20.1 15.2 14.8 2.54 54.3 0.01\n266 Mastabe Sample 2 Mastabe 14.7 15.2 2.47 65.1\n1704 High grade Malartic 14.76 15.18 17.53 2.72 34.79 0.27\n351 SM 8 Spanish Mountain 13.5 15.1 0.22\n387 07-RN-35-GR063 Dumont 22.6 15.1 2.6 44.5 0\n2287 FS North Portage avg Meadowbank 10.7 15.1 17.5 3.24 40.7 0.54\n940 Brucejack WZ Ore 2 Brucejack 15.3 15.1 10.7 2.76 39.4 19.9 0.35\n401 08-RN-103-GR031 Dumont 23 15.1 2.48 58.1 0\n347 SM 4 Spanish Mountain 13.3 15.1 0.25\n1698 US20_B Malartic 15.54 15.09 14.3 2.68 29.67 106.56 0.44\n1678 US07A_11 Malartic 12.04 15.02 14.04 2.75 24.42 101.64 0.34\n422 08-RN-58-GR032 Dumont 22.1 15 2.51 55.6 0.01\n194 BH 2004 low grade Batu Hijau 12.1 15 6.2 0.17\n410 08-RN-129-GR025 Dumont 21.2 15 2.55 50.1 0\n337 Diablo Norte San Bartolome 14.1 15\n336 Diablo East San Bartolome 15.4 15 0.21\n1523 Lik composite 1 Lik 16.3 15 10.3 48 0.1\n191 BH 2008 low grade Batu Hijau 15.1 15 6.2 0.17\n1527 Lik composite 5 Lik 13.5 15 9.3 46.7 0.16\n390 07-RN-43-GR018 Dumont 20.7 15 2.6 51.3\n1682 US09_11 Malartic 16.1 14.91 2.67 25.6 0.93\n433 08-RN-82-GR021 Dumont 20.5 14.9 2.64 54.5 0\n867 K485-1 New Liberty 16.6 14.9 3 29.4\n188 2004 Life of Mine Batu Hijau 11.2 14.9 8.1 55 0.24\n198 BH Volcanic Batu Hijau 11 14.9 7.4 0.18\n947 Cerro Verde GPP Cerro Verde 15.5 14.9 21.6\n1528 Lik composite 6 Lik 15.1 14.9 14 46 0.17\n987 White Foil- Dec1997 min Other 13.83 14.89\n443 09-RN-196-GR045 Dumont 20 14.8 2.63 51.8 0.01\n380 07-RN-10-GR040 Dumont 22.45 14.8 2.47 52.4 0\n353 SM 10 Spanish Mountain 13.8 14.8 2.79 47.8 0.3\n385 07-RN-20-GR10 Dumont 21.2 14.8 2.44 65.5\n1470 T2U Platreef 19.25 14.7 3.18 39.5\n426 08-RN-63-GR039 Dumont 21 14.7 2.64 49.4 0\n392 07-RN-45-GR033 Dumont 21.8 14.7 2.5 50.8 0.01\n257 LB 25th percentile Los Bronces 15.6 14.7 2.64 35.7 21.6 16.5 106.7\n946 Cerro Verde GPS Cerro Verde 13.8 14.7 6.7\n868 K485-2 New Liberty 15.75 14.7 3 30.5\n1671 US02_11 Malartic 12.98 14.69 2.72 27.52 0.42\n449 10-RN-218AC01 Dumont 20.15 14.6 13.9 2.55 54.2\n389 07-RN-39-GR030 Dumont 20.7 14.6 2.64 60.1 0.01\n933 Brucejack VOK Ore 2 Brucejack 14.4 14.6 11.1 0.14\n405 08-RN-111-GR09 Dumont 19.5 14.6 2.65 61.5 0\n454 RNC-V130HQ-GR017 Dumont 21 14.6 2.6 46.9 0\n322 Phu Kham SWD primary Phu Kham 14.6 14.6 2.8 81.37 0.2\n1701 US21_B Malartic 15.3 14.6 15.96 2.68 30.79 102.56 0.71\n391 07-RN-43-GR019 Dumont 20.3 14.6 2.61 57.1\n427 08-RN-73-GR016 Dumont 20.6 14.5 2.6 51.7 0.01\n338 Selbaie Rhyodacite Breccia Selbaie 11.65 14.5 14.1 3.08 0.3\n1469 T1M Platreef 19.75 14.5 3.19 43.6\n453 10-RN-222G01 Dumont 19.75 14.5 13.1 2.61 56.2 0\n2026 Turnagain 106A Turnagain 16.4 14.5 2.92 35.1 0.08\n1458 SGS 2013 Composite 8 Volta Grande 14.9 14.5 27.6 0.43\n241 UG 2 Kubaka 13.8 14.5\n325 Prominent Hill 1 Prominent Hill 14.8 14.5 3.2 76.1\n495 Rainy River ODM-3 Other 13.25 14.5 2.83 39.8 0.1\n494 Rainy River ODM-1 Other 13.6 14.5 2.83 36.1 0.08\n1694 US17_12 Malartic 14.36 14.41 14.29 2.73 32.15 112.75 0.42\n352 SM 9 Spanish Mountain 13.3 14.4 2.76 53.9 0.22\n432 08-RN-82-GR020 Dumont 20.6 14.4 2.61 62.5 0\n415 08-RN-138-GR062 Dumont 20.4 14.4 2.54 43.9 0.01\n931 Brucejack VOK HW1 Brucejack 14.2 14.4 12.3 2.79 48.6 16.7 0.23\n407 08-RN-126-GR07 Dumont 19.7 14.4 2.61 59.7\n190 BH 2008 medium grade Batu Hijau 13.9 14.4 6.7 0.2\n1012 Duncan Lake 3 lean Duncan Lake 12.2 14.4 3.49 33 21.5\n1353 I Harper Creek 14 14.35 2.73 0.19\n270 Mastabe Sample 6 Mastabe 15.7 14.3 2.65 53.8\n421 08-RN-52-GR037 Dumont 20.2 14.3 2.64 45 0.02\n398 07-RN-48-GR051 Dumont 20.8 14.3 2.54 47.5 0\n436 09-RN-156-GR064 Dumont 21.2 14.3 2.56 51.2\n2288 FS Goose Island avg Meadowbank 11.4 14.3 3.28 42.3 0.52\n936 Brucejack VOK Ore 5 Brucejack 13.8 14.3 7.9 2.81 60.7 13.9 0.25\n511 Antapaccay UGM 6 Antapaccay 14.6 14.3 8.2 47.45 90.8 0.1\n1457 SGS 2013 Composite 7 Volta Grande 14.9 14.3 30.3 0.36\n413 08-RN-137-GR14 Dumont 21.1 14.3 2.62 47.5 0\n423 08-RN-60-GR055 Dumont 22.4 14.3 2.45 51.2\n1445 SGS 2012 Composite 1 Volta Grande 16.2 14.3 31.3 3.1 123.7 0.38\n1520 Mercedes HG/UG Other 17.77 14.21 5.53 2.42 65.2 13.4 0.28\n438 09-RN-157-GR058 Dumont 19.5 14.2 2.62 55.8\n956 Redhawk RAE-08-45 Other 15.73 14.2 7.63 2.63 30 0.25\n367 SM 24 Spanish Mountain 15.3 14.2 0.26\n437 09-RN-156-GR065 Dumont 20.5 14.2 2.57 58 0\n441 09-RN-170-GR047 Dumont 19.5 14.2 2.51 61 0\n397 07-RN-48-GR050 Dumont 19.7 14.2 2.63 59.5 0\n1452 SGS 2013 Composite 2 Volta Grande 14.7 14.2 27 0.57\n341 Selbaie Massive pyrite Selbaie 11.65 14.2 11.6 3.21 0.46\n1451 SGS 2013 Composite 1 Volta Grande 15.8 14.2 28 0.6\n319 Phu Kham Primary Phu Kham 13.4 14.2 3.1 74.37 0.2\n411 08-RN-134-GR028 Dumont 20.8 14.2 2.64 55.2 0\n2385 Twangiza North Fresh Twangiza 13.39 14.1 9.1 2.88 43.7\n346 SM 3 Spanish Mountain 12.9 14.1 2.69 46.7 0.21\n1459 Bau-Jugan SGS Other 13.2 14.1 26.4 0.01\n999 Magino 2012 MC1-B Other 12.2 14.1 21.7 2.76 33.8 85.2 0.21\n366 SM 23 Spanish Mountain 15.9 14.1 2.74 51.3 0.28\n197 BH Diorite Batu Hijau 11.3 14.1 11.7 0.28\n424 08-RN-60-GR056 Dumont 21.4 14.1 2.45 57 0\n395 07-RN-47-GR026 Dumont 20.8 14.1 2.45 43.5\n428 08-RN-77-GR022 Dumont 20.5 14.1 2.57 61 0\n1687 US11_12 Malartic 14.87 14.03 18.13 2.67 29.6 92.63 0.56\n1526 Lik composite 4 Lik 12.8 14 8.3 66.3 0.16\n1015 Duncan Lake 4 lean Duncan Lake 12.5 14 2.84 44.1 17.9\n2019 Pebble west 2005/6 Pebble 13.7 14 2.62 43.2\n320 Phu Kham SKN primary Phu Kham 12.65 14 3.3 71.87 0.3\n239 CLE KCGM 15.8 14 20 2.87\n388 07-RN-39-GR029 Dumont 21.4 13.9 2.56 58.8\n943 Cerro Verde SPG Cerro Verde 13.6 13.9 8.8\n420 08-RN-52-GR036 Dumont 20 13.9 2.59 56.7\n425 08-RN-63-GR038 Dumont 19.7 13.9 2.56 52.1\n365 SM 22 Spanish Mountain 12.1 13.9 0.12\n414 08-RN-138-GR061 Dumont 20.3 13.9 2.65 54.8 0.22\n440 09-RN-170-GR046 Dumont 20.8 13.9 2.57 60.8 0\n1683 US09_12 Malartic 15.12 13.9 14.09 2.68 29.02 88.47 0.6\n329 Prominent Hill 5 Prominent Hill 12 13.9 3.2 90.4\n1521 Mercedes MG/UG Other 18.46 13.88 5.79 2.42 69 12.9 0.28\n189 BH 2008 high grade Batu Hijau 11.6 13.8 8.2 0.26\n877 Aurora Aleck Hill Other 12 13.8 7.9 2.85 52.4 0.16\n192 BH 2004 high grade Batu Hijau 11.4 13.8 8.2 0.25\n349 SM 6 Spanish Mountain 12.5 13.8 0.23\n364 SM 21 Spanish Mountain 12.9 13.8 0.21\n1456 SGS 2013 Composite 6 Volta Grande 13.8 13.8 29 0.59\n363 SM 20 Spanish Mountain 13.7 13.8 0.3\n1686 US11_11 Malartic 15.16 13.75 16.77 2.68 26.04 108.2 0.65\n1913 Yanacocha Other 17.53 13.75 10 2.52 72.9 12.3\n477 Haile Other 9.94 13.74 13.74 0.32\n442 09-RN-196-GR044 Dumont 19.4 13.7 2.57 66.4 0\n418 08-RN-41-GR052 Dumont 20.2 13.7 2.58 59.9 0\n450 10-RN-218AC01-B Dumont 20.5 13.7 12.3 2.66 56.9\n1525 Lik composite 3 Lik 14 13.6 6.7 75.9 0.12\n2027 Turnagain 106B Turnagain 13.8 13.6 3.07 33 0.13\n1529 Lik composite 7 Lik 13.9 13.6 6.8 67.3 0.17\n1009 Duncan Lake 4 comp Duncan Lake 10.3 13.6 8.1 3.2 36.6 0.48\n1014 Duncan Lake 4 BIF Duncan Lake 10.3 13.6 3.3 41.9 18.3\n456 EHM Supergene Max Ernest Henry 12.4 13.6 3.25 41\n937 Brucejack VOK Ore 6 Brucejack 14.4 13.5 8.9 0.24\n507 Antapaccay UGM 2 Antapaccay 16.7 13.5 5.7 54.8 74.5 0.2\n506 Antapaccay UGM 1 Antapaccay 17.6 13.5 5.6 47.05 79.4 0.1\n2366 Moose River OT2 Moose River 10 13.5 2.73 24.8 0.18\n375 Tenke Composite 2 Tenke Fungurume 10.4 13.5 11.1 2.5 100.3\n2365 Moose River OT1 Moose River 10 13.5 2.66 26.5 0.1\n1460 Bau-Jugan historical Other 11.3 13.5 0.02\n1352 H Harper Creek 14.2 13.41 5.23 0.16\n2009 Cerro Corona hard Cerro Corona 14.55 13.4 5.86 0.14\n2388 Corani max Other 18.9 13.4 10.2 2.3 60.8 14.1 90.6 0.49\n409 08-RN-129-GR024 Dumont 20.2 13.4 2.55 66.3 0\n998 Magino 2012 MC1-A Other 12.1 13.4 20.9 2.76 32.5 87.3 0.22\n451 10-RN-222B01 Dumont 18.7 13.4 11.5 2.56 61.2\n488 Musselwhite UG dev Other 12.1 13.3 15.1 0.61\n1016 Duncan Lake 6 BIF Duncan Lake 12.6 13.3 3.54 42 17.8\n356 SM 13 Spanish Mountain 13 13.3 2.76 43 0.2\n317 Phu Kham hardest Phu Kham 16.25 13.3 3 97.23 0.18\n1010 Duncan Lake 6 comp Duncan Lake 12.6 13.3 8.4 3.24 37.6 0.62\n1453 SGS 2013 Composite 3 Volta Grande 15.2 13.3 33.8 0.6\n1039 Blackwater minimum Blackwater 13.5 13.3 10.8 2.74 49.6 16.7\n1522 Mercedes LG/UG Other 18.59 13.29 6.39 2.42 56 15.2 0.25\n957 Redhawk RMK-11-065 Other 15.01 13.2 9.67 2.55 30 0.31\n373 Stronsay Shale Stronsay 13.5 13.2\n938 Brucejack WZ HW1 Brucejack 12.2 13.2 6.9 2.9 59.6 14.1 0.04\n345 SM 2 Spanish Mountain 11.9 13.2 2.76 52.5 0.11\n371 Stronsay PbZn Hard B Stronsay 13.5 13.2\n195 BH Old Tonalite Batu Hijau 10.9 13.2 10.4 0.34\n1690 US13_12 Malartic 13.15 13.14 15.22 2.67 26.86 92.52 0.64\n1455 SGS 2013 Composite 5 Volta Grande 14.2 13.1 36.5 0.45\n464 Brunswick hard Other 10.8 13.1 5 4.32 44.9\n1454 SGS 2013 Composite 4 Volta Grande 14 13.1 32.9 0.44\n264 Los Bronces C Los Bronces 14.5 13.1 9.46 2.8 33 74.5\n419 08-RN-41-GR053 Dumont 18.8 13.1 2.59 58.7 0\n429 08-RN-77-GR023 Dumont 20.1 13.1 2.58 60.6\n412 08-RN-137-GR13 Dumont 20.2 13.1 2.57 67.7 0\n238 MLE KCGM 15.5 13 20 2.93\n2368 Moose River OT4 Moose River 8.7 13 2.88 44.4 0.02\n475 Hidden Valley Hamata Other 15.3 13 8 2.7 101.9\n316 Phu Kham All Ore Phu Kham 12.85 13 3 83.88 0.2\n985 Hassaï Other 14.2 13 2.42 66 13.4 0.45\n357 SM 14 Spanish Mountain 13.3 12.9 0.17\n1011 Duncan Lake 3 BIF Duncan Lake 9.7 12.9 3.49 39 19.1\n917 Maracás 14 Maracás 13.7 12.9\n446 10-RN-217A01 Dumont 19.35 12.9 10.6 2.59 81.1 0.01\n1008 Duncan Lake 3 comp Duncan Lake 9.7 12.9 9.2 3.2 35.5 0.53\n335 Santa Rita San Bartolome 12.4 12.9 11.3 2.02 0.21\n2020 Pebble west 2008 Pebble 12.7 12.8 2.59 45.6\n6 Transition Porphyry Bibiani 11.6 12.7 8.1 0.17\n361 SM 18 Spanish Mountain 12.6 12.7 2.79 45.8 0.28\n1509 Asmara, Gupo Other 11.9 12.7 11.6 2.78 43 0.2\n374 Tenke Composite 1 Tenke Fungurume 8.3 12.7 9 2.76 96.9\n2021 Pebble west 2011 Pebble 11.7 12.6 10\n2367 Moose River OT3 Moose River 11.9 12.5 2.73 25 0.29\n2010 Cerro Corona medium Cerro Corona 13.3 12.5 6.64 0.36\n379 Tenke Composite 6 Tenke Fungurume 10.7 12.5 2.82 122.8\n362 SM 19 Spanish Mountain 12.7 12.4 2.77 83.2 0.28\n949 Cerro Verde PPS Cerro Verde 11.2 12.4 7.3\n344 SM 1 Spanish Mountain 10.9 12.4 0.22\n476 Haile Mill Zone Other 8.82 12.31 12.72 0.28\n1017 Duncan Lake 6 GR Duncan Lake 16.1 12.3 2.8 38 20.1\n2011 Cerro Corona soft Cerro Corona 11.7 12.2 8 0.67\n212 AG pilot bulk sample Fort Knox 15.4 12.13\n509 Antapaccay UGM 4 Antapaccay 14.7 12.1 7.9 53.1 72.4 0.1\n219 July 1999 survey Fort Knox 13.67 12.02 10 60.9 0.34\n2278 Detour Lake min Detour Lake 9.1 12 5.2 53.1 0.08\n918 Maracás 15 Maracás 16.4 12\n1348 D Harper Creek 11.7 11.97 7.45 0.09\n378 Tenke Composite 5 Tenke Fungurume 8 11.9 7.6 2.5 124.9\n256 LB minimum Los Bronces 12.2 11.9 2.64 51 16.1 36.7 54.1\n254 Lac a Paul Sample 4 Lac á Paul 14.8 11.8 6.13 3.42\n480 Harper Cr Composite Other 13.2 11.8 6.59 0.2\n1467 Lucky Friday, blend Other 12.6 11.8 5.4 0.13\n1354 design avg Harper Creek 13.19 11.77 6.59 0.2\n1699 US20_C Malartic 16.3 11.74 13.77 2.66 39.06 77.07 0.72\n265 Mastabe Sample 1 Mastabe 11.1 11.7 2.4 78.8\n1006 Niobec 90th percentile Niobec 11.3 11.6 18.3 55.85 0.07\n498 Pierina 2 Other 19 11.6 15.5 0.91\n508 Antapaccay UGM 3 Antapaccay 15.5 11.6 5.2 44.1 72.7 0.1\n204 Cadia M-Ph Cadia 11.9 11.6 15.1 2.6 0.17\n452 10-RN-222F01 Dumont 17.4 11.6 10 2.58 76.7 0\n196 BH Young Tonalite Batu Hijau 9.4 11.6 7.5 0.24\n1007 Niobec maximum Niobec 11.4 11.6 19.6 54.95 0.07\n1347 C Harper Creek 10.5 11.56 8.76 0.06\n1351 G Harper Creek 10.7 11.54 6.88 0.08\n470 Cerro Corona 6 Cerro Corona 12.2 11.5 53 0.38\n1695 US18_12 Malartic 14.28 11.5 13.55 2.71 40.96 73.8 0.45\n458 EHM Primary Avg Ernest Henry 11.7 11.4\n210 100 m comp Angas 10.8 11.3 8.35\n479 Harper Creek-G&T Other 12.9 11.3 2.7 57.9\n1 Shaft 2-Zone 6 Agnico-Eagle 12 11.2 46\n497 Pierina 1 Other 11.4 11.2 14 0.82\n263 Los Bronces B Los Bronces 14.9 11.2 8.83 2.8 44.4 81.4\n483 La Ronde zone 6 Other 12 11.2 46\n323 Phu Kham SWD transition Phu Kham 12.25 11.1 2.7 107.73 0.1\n916 Maracás 10 Maracás 13.6 11.1\n1441 Namoya transition Namoya 10.9 11.1 6 2.65 0.22\n1346 B Harper Creek 11.7 11.09 7.06 0.17\n215 SAG pilot rubble Fort Knox 12.46 11.02 9.04\n213 SAG pilot competent Fort Knox 14 11.02\n1518 Sabodala composite 16 Sabodala 10.9 11 2 111.1 0.07\n463 Brunswick soft Other 9.2 11 5 4.35 67.2\n4 Transition Phyllite Bibiani 12.5 11 5.2 2.68 103.73 0.12\n1349 E Harper Creek 14 10.95 8.07 0.43\n1005 Niobec 75th percentile Niobec 10.4 10.9 18.1 60.05 0.06\n232 Kanowna Belle 6 Kanowna Belle 6.4 10.8 0.18\n510 Antapaccay UGM 5 Antapaccay 10 10.8 7.3 64.9 61 0\n1345 A Harper Creek 19.1 10.79 5.68 0.33\n471 Cerro Corona 7 Cerro Corona 10 10.7 57.9 0.47\n252 Lac a Paul Sample 2 Lac á Paul 13.9 10.7 6.18 3.42 74.13\n324 Phu Kham Transition Phu Kham 11.85 10.6 2.8 107.34 0.1\n468 Cerro Corona 4 Cerro Corona 11.3 10.6 31.8 0.21\n214 SAG pilot broken Fort Knox 12.57 10.58\n995 NKout BIF Other 16.85 10.5 15.2\n1004 Niobec median Niobec 10 10.4 16.4 67.7 0.04\n469 Cerro Corona 5 Cerro Corona 10.8 10.4 38.5 0.37\n924 Maracás Massive Comp Maracás 14.2 10.4 6.9 0.42\n1350 F Harper Creek 12.8 10.3 7.49 0.32\n922 Maracás 27 Maracás 14.2 10.2\n2387 Corani avg Other 15.05 10.2 6.3 2.3 111 26.9 35.6 0.17\n482 La Ronde zone 5 Other 12.5 10.1 49\n377 Tenke Composite 4 Tenke Fungurume 6.5 10.1 7.1 2.57 145.4\n921 Maracás 24 Maracás 14.1 10.1\n321 Phu Kham SKN transition Phu Kham 11.5 10.1 3 108.62 0.1\n976 Macraes survey 4 Macraes 11.6 10.1 46.3\n455 EHM Supergene Avg Ernest Henry 10.7 10.1\n2 Shaft 1-Zone 5 Agnico-Eagle 12.5 10.1 49\n313 Oxide Palmarejo 10 10 5 2.5\n466 Cerro Corona 2 Cerro Corona 11.8 10 28.5 0.22\n925 Maracás Oxidized Comp Maracás 12.9 9.98\n977 Macraes survey 3 Macraes 11.3 9.8 43.2\n979 Macraes survey 1 Macraes 11.4 9.5 40.5\n3 Quartz Phyllite Bibiani 11.2 9.5 5.2 2.64 162.53 0.13\n975 Macraes survey 5 Macraes 10.3 9.5 40.7\n216 SAG pilot comp A Fort Knox 12.57 9.48\n262 Los Bronces A Los Bronces 13.3 9.4 8.97 2.8 55.4 55.6\n2383 Twangiza Main Fresh Twangiza 10.53 9.37 9.8 2.79 60.2\n504 Tulsequah Chief Other 8.8 9.3 7.7\n1003 Niobec 25th percentile Niobec 9 9.3 14.3 74.55 0.02\n919 Maracás 18 Maracás 10.3 9.24\n218 SAG pilot comp I-III Fort Knox 12.02 9 12.02\n1442 Namoya fresh Namoya 9.7 9 0.2\n460 EHM Primary Min Ernest Henry 9.8 8.9 3.42 46\n217 SAG pilot comp B Fort Knox 11.79 8.82\n978 Macraes survey 2 Macraes 11.9 8.8 34.7\n370 Stronsay PbZn Hard A Stronsay 7.3 8.8\n1002 Niobec 10th percentile Niobec 8.2 8.7 13.5 81.5 0.02\n1001 Niobec minimum Niobec 6.4 8.6 13 88.1 0.02\n915 Maracás 5 Maracás 13 8.54\n914 Maracás 1 Maracás 13.3 8.3\n340 Selbaie Silicified Selbaie 13.3 8.3 7.5 3.04 0.02\n1466 Lucky Friday, hard Other 10.8 8.3 4.5 0.06\n478 Haile Ledbetter Other 9.3 8.24 8.21 0.14\n2384 Twangiza Main Transition Twangiza 8.61 8.06 9.4 2.79 137.2\n465 Cerro Corona 1 Cerro Corona 10.1 8 11.8 0.08\n467 Cerro Corona 3 Cerro Corona 9.4 7.9 18.2 0.33\n211 Angas Composite Angas 11 7.8 8.35\n368 Stronsay PbZn Soft A Stronsay 6.9 7.6\n457 EHM Supergene Min Ernest Henry 8.4 7.6 3.25 109\n253 Lac a Paul Sample 3 Lac á Paul 10.3 7.5 4.69 3.42 64.22\n920 Maracás 21 Maracás 14.3 7.45\n835 RC-3-G02 Alderon Iron 6.65 7.3 9.1 99.5 9.7 18.8\n1508 Asmara, Emba Derho Oxide Other 9.6 7.2 8.7 2.16 206 0.02\n376 Tenke Composite 3 Tenke Fungurume 6.6 7 5 2.4 156.6\n369 Stronsay PbZn Soft B Stronsay 6.25 6.95\n1440 Namoya oxide Namoya 6.9 6.9 6 2.65 0.22\n994 NKout saprolite Other 17.6 6.85 2.4 0.1\n833 RC-2-G03 Alderon Iron 8.25 6.6 8.9 113.5 7.3 33.7\n2389 Corani min Other 11.2 6.53 2.68 2.3 210 49.8 15.3 0.03\n255 Lac a Paul Sample 1 Lac á Paul 11.6 6\n845 RN-3-G02 Alderon Iron 8.85 5.9 14.8 189.5 5.1 13.4\n309 MSB Nkomati 11.2 5.5 147\n834 RC-3-G01 Alderon Iron 6.8 5.2 10.1 107.5 8.2 21.8\n841 RN-2-G01 Alderon Iron 9.05 5.2 9.3 124 8 18.3\n844 RN-3-G01 Alderon Iron 8.6 5.1 9.2 130.5 6.9 22\n846 RN-3-G03 Alderon Iron 8 5 13.8 350 2.4 11.1\n830 RC-1-G03 Alderon Iron 9.7 4.8 10.1 138 6.7 16.6\n836 RC-3-G03 Alderon Iron 8.25 4.7 10.6 91 10 38.5\n837 RN-1-G01 Alderon Iron 11.8 4.6 9.9 199.5 5.6 8.5\n843 RN-2-G03 Alderon Iron 7.4 4.2 9.8 147.5 6.5 14.7\n2386 Twangiza North Transition Twangiza 6.88 4.05 6.5 2.99 342.4\n828 RC-1-G01 Alderon Iron 8.35 4 9.6 189 4.6 17.1\n839 RN-1-G03 Alderon Iron 10.6 3.7 11.7 151.5 6.4 7.3\n832 RC-2-G02 Alderon Iron 8 3.7 8.8 103 8.2 17.2\n840 RN-1-G04 Alderon Iron 12.75 3.5 10.4 231.5 4.4 7.9\n838 RN-1-G02 Alderon Iron 11.3 3.5 13.7 237.5 4.2 15.9\n831 RC-2-G01 Alderon Iron 12.5 3.5 6.6 235 4.8 7.9\n233 Kanowna Belle 7 Kanowna Belle 0.4 3.1 0.01\n829 RC-1-G02 Alderon Iron 15.4 3.1 8.3 442 2.4 5.8\n842 RN-2-G02 Alderon Iron 10.4 2.3 13.6 218.5 4 3.1\n1481 Cap-Wi-143-1 Capoose 15.1 0.09\n2309 M-22 Constancia 16.1 2.5 39 0.16\n862 K242 New Liberty 15.4\n886 Tepal North 20 Tepal 2.69 40.2 19.4\n2331 M-3 Constancia 12.5 2.41 104 0.06\n1650 53392-83 Çöpler 18.1 2.72 33.1 109.3 0.5\n902 Tepal South 36 Tepal 18.4 2.69 25 28.1\n2347 M-45 Constancia 11.5 3.56 39 0.05\n1666 53392-46 Çöpler 16.7 2.81 85.6 83.3 0.89\n1033 Rainy River CAP dwt2 Rainy River 2.92 25.35\n2410 BCOS‐15 Buriticá 2.7 108.18 0.05\n1439 Collahuasi UGM-6 Collahuasi 10.77 2.68 58.5 7 36.5 0.2\n7 Boddington Pit F zone 2 Boddington 11.8\n2285 Detour Lake 2015 Detour Lake 2.9 26.6\n1486 Cap-Wi-174-2 Capoose 17 0.09\n2314 M-27 Constancia 13.6 2.48 43 0.24\n851 Zafranal S max Zafranal 15.82 8.07 2.81 21 0.63\n2006 Soft ore Selbaie 42\n2320 M-39 Constancia 12.3 2.59 50 0.1\n224 STA-3 Huckleberry 13.1 8 133\n891 Tepal North 27 Tepal 17.2 2.58 37.1 21.1\n2336 M-8 Constancia 12.9 2.47 80 0.09\n1655 53392-67 Çöpler 10.4 5.8\n907 Tepal South 41 Tepal 13.5 2.65 32.4 23.1\n2352 M-50 Constancia 7.6 3.9 65 0.02\n1022 Rainy River CAP Rainy River 14.85 10.73 2.99 22.3 30.6 0.15\n249 Pit 10 Kubaka 120\n1048 Karma Au, Kao 2 Other 2.2 1.64 0.01\n2374 Gp.4 GA av. quartz Moose River 14.9 0.2\n1038 Rainy River NZ dwt1 Rainy River 2.73 28.75\n1506 George Lake Other 13.55 10.3 3.01 3.3 181.6 0.39\n2399 BCOS‐4 Buriticá 20.53 2.73 32.78 0.12\n281 C469399 Mount Milligan 15.8\n2415 BCOS‐20 Buriticá 21.62 2.72 23 0.23\n1444 Mwendamboko Namoya 6 2.69 0.33\n2303 M-12 Constancia 13.1 2.45 39 0.29\n1491 D-13-191-WI-2 Capoose 9.5 0.1\n1860 Cadia Round Robin P lab F Cadia 0.41\n333 Prominent Hill 80 percentile Prominent Hill 15.9 3.2 52.8\n856 Zafranal H 75th Zafranal 12.56 8.61 2.67 31 0.33\n2325 M-20 Constancia 13.3 2.44 49 0.17\n1644 53392-6 Çöpler 12.6 2.62 78.4 39.1 0.22\n909 Schefferville NB H Other 8.2 4.43 0.19\n896 Tepal South 25 Tepal 10.3 2.6 74.2 12\n2341 M-34 Constancia 9.8 2.43 92 0.16\n1660 53392-34 Çöpler 10.2 2.61 78.9 12.3\n2357 PSG Constancia 12.9 39.8 0.12\n1027 Rainy River ODM dwt4 Rainy River 2.83 31.35\n2832 Rainy River CAP 80%ile Rainy River 15.5 20.3 33.2\n2404 BCOS‐9 Buriticá 21.52 2.77 18 0.11\n286 C470858 Mount Milligan 18.8\n2394 Montagne dor UFZ Other 11 9.2 2.85 36.9 20.6 0.11\n1480 Cap-Wi-130-1 Capoose 7.7 0.07\n2308 M-18 Constancia 11.9 2.28 121 0.02\n861 K223 New Liberty 16.2\n885 Tepal North 19 Tepal 2.68 40.5 19.4\n2330 M-2 Constancia 9.3 2.36 108 0.09\n1649 53392-21 Çöpler 12 59\n901 Tepal South 35 Tepal 14.7 2.67 28 26.5\n2346 M-44 Constancia 10.5 2.73 86 0.02\n1665 53392-81 Çöpler 12.1 2.66 98.6 39.1 0.44\n1032 Rainy River CAP dwt1 Rainy River 3.02 25.6\n2409 BCOS‐14 Buriticá 18.67 2.61 29.79 0.11\n1438 Collahuasi UGM-5 Collahuasi 11.13 2.64 49.5 12 42.2 0.24\n291 E894977 Mount Milligan 16.7\n1485 Cap-Wi-174-1 Capoose 10.5 0.11\n2313 M-26 Constancia 11.5 2.43 59 0.11\n850 Zafranal H max Zafranal 14.24 9.51 2.73 22 0.6\n492 Raglan Waste Other 26.5 3.4 23.4 1078\n866 K331 New Liberty 16.2\n2319 M-38 Constancia 13.5 2.44 58 0.13\n223 STJ-1 Huckleberry 18.2 10 173\n876 Aurora Mad Kiss Other 14.5 16.8 2.85 32.3\n890 Tepal North 26 Tepal 15.7 2.64 79.7 11.4\n2335 M-7 Constancia 8.7 2.47 95 0.26\n1654 53392-63 Çöpler 15.4 2.62 54.4 56.6 0.24\n906 Tepal South 40 Tepal 16.4 2.73 39.4 19.9\n2351 M-49 Constancia 8.7 2.85 119 0.05\n1021 Rainy River NZ Rainy River 13.6 19.4 2.73 26 27.4 0.11\n1670 53392-45 Çöpler 9.1 1.1\n248 Pit 9 Kubaka 152\n1047 Karma Au, Kao 1 Other 3 1.64 0\n2373 GW GW av. quartz Moose River 14.3 0.18\n1037 Rainy River Intrepid dwt2 Rainy River 2.72 30.5\n1505 Goose Lake Other 16.5 10.9 2.96 3.3 147.4 0.48\n2398 BCOS‐3 Buriticá 18.03 2.77 25 0.18\n280 C468564 Mount Milligan 17.5\n2414 BCOS‐19 Buriticá 22.18 2.79 32.24 0.09\n1443 Kakula Namoya 6.4 2.66 0.31\n2294 Porphyry 2015 Meadowbank 16.4\n1490 D-13-195-WI Capoose 17 0.22\n1859 Cadia Round Robin P lab E Cadia 0.37\n332 Prominent Hill avg Prominent Hill 14.1 3.2 61.1\n855 Zafranal O avg Zafranal 9.31 5.04 2.47 82 0.1\n2324 M-19 Constancia 13.6 2.44 31 0.18\n1643 53392-2 Çöpler 13 2.58 84.6 76.7 0.26\n1606 Huckleberry HPGR product Huckleberry 15.4\n895 Tepal South 24 Tepal 14.1 2.56 48.7 16.9\n2340 M-33 Constancia 10.8 2.49 133 0.13\n1659 53392-32 Çöpler 10.7 15.4\n993 Nkout DSO Other 2.25\n2356 PSK Constancia 11.2 64.5 0.09\n1026 Rainy River ODM dwt3 Rainy River 2.83 32.45\n1052 Karma Au, GGII 2 Other 6.4 1.96 0\n2831 Rainy River NZ 80%ile Rainy River 15 21.8 31.4\n2403 BCOS‐8 Buriticá 18.98 2.7 24.8 0.19\n285 C470837 Mount Milligan 15.8\n1479 Cap-Wi-124-2 Capoose 12.4 0.16\n2307 M-17 Constancia 12.2 2.47 51 0.17\n1495 D-13-189-WI Capoose 16.1 0.24\n860 K221 New Liberty 18.35\n502 Santa Rita survey July 20 Other 18.4 3.23 50.2\n884 Tepal North 18 Tepal 2.7 30.4 24.7\n2329 M-1 Constancia 13.3 2.5 56 0.14\n1648 53392-19 Çöpler 13 2.67 43 80.6\n913 Schefferville JM LNB Other 2.6 3.27 0.05\n900 Tepal South 34 Tepal 13.6 2.68 35.5 21.7\n2345 M-43 Constancia 9 3.51 97 0.03\n1664 53392-80 Çöpler 9.1 14.2\n1031 Rainy River HS dwt2 Rainy River 2.81 26.1\n1602 Gamsberg Magnetite Other 13.9 3.61 67.9\n2408 BCOS‐13 Buriticá 11.65 2.78 108.24 0.05\n1437 Collahuasi UGM-4 Collahuasi 12.13 2.58 59.4 15 58.8 0.43\n290 E894932 Mount Milligan 17.6\n1484 Cap-Wi-159-1 Capoose 15.5 0.12\n2312 M-25 Constancia 15.1 2.57 49 0.18\n849 Zafranal O min Zafranal 8.39 4.47 2.29 151 0.02\n491 Raglan Massive Other 18.9 3.32 52.69 91\n865 K323 New Liberty 17.5\n2318 M-37 Constancia 12 2.44 54 0.25\n222 STF-2 Huckleberry 20.6 20 143\n889 Tepal North 23 Tepal 13.1 2.67 43.4 18.4\n2334 M-6 Constancia 11.6 2.2 92 0.07\n1653 53392-54 Çöpler 9.1 3.8\n905 Tepal South 39 Tepal 16.5 2.73 33.9 22.4\n2350 M-48 Constancia 11.5 3.08 45 0.09\n1020 Rainy River HS Rainy River 15.6 18.03 2.8 22.1 31.1 0.32\n1669 53392-44 Çöpler 9.3 5.5\n247 Pit 8 Kubaka 115\n1045 Karma Au, Nami 1 Other 1.6 1.75 0\n2372 Gp.2 AR high quartz Moose River 15.65 0.3\n1036 Rainy River Intrepid dwt1 Rainy River 2.63 96.8\n2397 BCOS‐2 Buriticá 20.2 2.75 22 0.1\n279 C248956 Mount Milligan 18.5\n2413 BCOS‐18 Buriticá 21.94 2.69 26.65 0.23\n1489 D-13-194-WI Capoose 14.4 0.12\n2317 M-32 Constancia 14.5 2.57 54 0.1\n854 Zafranal S avg Zafranal 11.28 6.18 2.59 42 0.2\n2323 M-11 Constancia 12 2.33 100 0.08\n1605 Huckleberry SAG feed 2012 Huckleberry 18 2.76 31.1\n894 Tepal North 30 Tepal 14.2 2.67 52.2 15.8\n2339 M-21 Constancia 10.3 2.27 247 0.03\n1658 53392-31 Çöpler 12.6 2.6 125.1 29.2 0.11\n2355 SG* Constancia 12.7 2.45 82.2 43.8 0.08\n1025 Rainy River ODM dwt2 Rainy River 2.82 32\n1051 Karma Au, GGII 1 Other 4.6 1.96 0.02\n2830 Rainy River HS 80%ile Rainy River 15.2 20.8 33\n2402 BCOS‐7 Buriticá 19.02 2.61 31.92 0.11\n284 C470432 Mount Milligan 16.1\n1473 Comp N Platreef 3.13 44.2 0.34\n1478 Cap-Wi-124-1 Capoose 14.5 2.7 30.2 22.8 0.12\n2306 M-15 Constancia 15.4 2.5 32 0.29\n1494 D-13-191-WI-1 Capoose 9.8 0.06\n859 K211 New Liberty 19.7\n883 Tepal North 17 Tepal 2.62 34.5 22\n2328 M-40 Constancia 13 2.43 60 0.15\n1647 53392-16 Çöpler 19.9 2.74 45 161.3 0.57\n912 Schefferville JM TRX Other 7 3.54 0.02\n899 Tepal South 33 Tepal 12.2 2.65 98.7 9.5\n2344 M-41 Constancia 10.9 4.16 133 0.1\n1663 53392-77 Çöpler 13.4 2.62 91.3 28.8 0.22\n997 Magino comp 2 Other 12.8\n1030 Rainy River HS dwt1 Rainy River 2.79 23.9\n1462 Cosmo Deep CP011 Other 20.4\n1601 Gamsberg Pyrrhotite Other 12.9 3.42 58.6\n2407 BCOS‐12 Buriticá 18.67 2.7 24 0.24\n1436 Collahuasi UGM-3 Collahuasi 11.1 2.58 52.8 12 48 0.27\n289 C471944 Mount Milligan 14.7\n1483 Cap-Wi-149-2 Capoose 13 2.73 33.2 24.4 0.09\n2311 M-24 Constancia 16.4 2.39 47 0.18\n848 Zafranal S min Zafranal 5.3 3.15 2.36 229 0.01\n490 Raglan Net Texture Other 21.3 3.01 30.54 335\n864 K317 New Liberty 16.25\n221 STB-2 Huckleberry 15.3 14 136\n888 Tepal North 22 Tepal 2.69 31.2 24.1\n2333 M-5 Constancia 14.3 2.36 58 0.1\n1652 53392-89 Çöpler 12.6 2.7 45.4 84.7 0.3\n904 Tepal South 38 Tepal 12.3 2.71 68 12.8\n2349 M-47 Constancia 8.2 2.77 121 0.25\n1019 Rainy River Z433 Rainy River 15.5 21.27 2.81 22.7 30.4 0.21\n1668 53392-41 Çöpler 10.1 11.2\n246 Pit 7 Kubaka 58\n1044 Karma Au, Rambo 2 Other 0.01\n2371 Gp.1 AR av. quartz Moose River 14.55 0.16\n1035 Rainy River Z433 dwt2 Rainy River 2.82 25.3\n2396 BCOS‐1 Buriticá 18.79 2.87 24.09 0.18\n2412 BCOS‐17 Buriticá 12.24 2.69 69.2 0.07\n1488 Cap-Wi-181-2 Capoose 10.1 0.13\n2316 M-29 Constancia 16.7 2.5 29 0.29\n853 Zafranal H avg Zafranal 11.38 7.13 2.6 36 0.24\n2008 Hard ore Selbaie 62\n2322 M-10 Constancia 11.3 2.46 66 0.23\n226 STQ-2 Huckleberry 14.9 12 114\n879 Aurora Rock Comp Other 14.2\n893 Tepal North 29 Tepal 14.5 2.65 49.4 16.5\n2338 M-16 Constancia 12.4 2.37 102 0.15\n1657 53392-25 Çöpler 14 2.61 70.6 54.6 0.31\n2354 PHY Constancia 15.8 75 0.17\n1024 Rainy River ODM dwt1 Rainy River 2.77 24.3\n1050 Karma Au, GGI 2 Other 5.9 1.94 0\n2829 Rainy River Z433 80%ile Rainy River 15.4 20.7 32.5\n2401 BCOS‐6 Buriticá 17.56 2.77 45.31 0.12\n283 C470053 Mount Milligan 15.3\n1477 Cap-Wi-120-2 Capoose 12.9 0.08\n2305 M-14 Constancia 14.5 2.48 39 0.25\n1493 D-13-190-WI Capoose 12.1 2.76 20.8 33.4 0.16\n858 Zafranal O 75th Zafranal 9.46 5.32 2.54 66 0.14\n882 Tepal North 1 Tepal 2.69 33.4 22.7\n2327 M-36 Constancia 12.6 2.44 43 0.13\n1646 53392-12 Çöpler 15.7 2.67 39.9 106.1 0.29\n911 Schefferville NB4 H Other 5.7 4.07 0.09\n898 Tepal South 32 Tepal 16 2.7 40.5 19.5\n2343 M-31 Constancia 10.8 3.18 232 0.03\n1662 53392-37 Çöpler 12.3 2.71 80 20.9\n996 Magino comp 1 Other 12.6\n1029 Rainy River ODM dwt6 Rainy River 2.75 39.5\n1461 Cosmo Deep GFG001 Other 22.9\n2840 Rainy River design Rainy River 15\n1600 Gamsberg Pyrite Other 13.25 3.52 79.65\n2406 BCOS‐11 Buriticá 19.25 2.76 30.49 0.15\n1435 Collahuasi UGM-2 Collahuasi 13.03 2.76 37 9 97.6 0.2\n288 C471831 Mount Milligan 25.3\n1482 Cap-Wi-149-1 Capoose 12.4 0.13\n2310 M-23 Constancia 17.4 2.56 28 0.2\n2359 Phu Kham survey Feb 2013 Phu Kham 13 61.3\n847 Zafranal H min Zafranal 7.04 4.27 2.36 113 0.03\n489 Raglan Disseminated Other 24.4 2.83 29.5 459\n863 K294 New Liberty 15.7\n1519 Sabodala Gora Sabodala 23 2.77 35 22\n887 Tepal North 21 Tepal 2.63 32.8 23\n2332 M-4 Constancia 11.3 2.38 77 0.11\n1651 53392-87 Çöpler 17.3 2.65 59.6 86.6 0.33\n903 Tepal South 37 Tepal 13.8 2.76 43.8 18.1\n2348 M-46 Constancia 12.9 2.67 140 0.05\n1018 Rainy River ODM Rainy River 13.8 17.4 2.8 32.4 23.2 0.15\n1667 53392-50 Çöpler 9.6 15.1\n1043 Karma Au, Rambo 1 Other 2.1 1.78 0\n1034 Rainy River Z433 dwt1 Rainy River 2.81 24.55\n1854 Itabirite iron Other 8 5.4 3.81 142.5 0.08\n2411 BCOS‐16 Buriticá 12.89 2.86 51.38 0.05\n8 Boddington Pit F zone 3 Boddington 11.5\n2286 Detour Lake May 2014 Detour Lake 14.9 18 2.9 29\n1487 Cap-Wi-181-1 Capoose 9.2 0.06\n2315 M-28 Constancia 12.6 2.4 39 0.13\n852 Zafranal O max Zafranal 10.49 5.6 2.57 51 0.17\n2007 Medium ore Selbaie 54\n2321 M-42 Constancia 17.4 2.52 38 0.27\n225 STH-3 Huckleberry 16.7 11 140\n878 Aurora Saprolite Comp Other 7\n892 Tepal North 28 Tepal 11.1 2.59 90.4 10.3\n2337 M-9 Constancia 12.1 2.36 60 0.11\n1656 53392-71 Çöpler 11.3 2.5 205.3 10.3\n908 Tepal South 42 Tepal 15.4 2.59 39.8 19.7\n2353 SK* Constancia 12.7 2.6 124 49.8 0.06\n1023 Rainy River Intrepid Rainy River 15.35\n250 Pit 11 Kubaka 120\n1049 Karma Au, GGI 1 Other 5.6 1.94 0.04\n2375 Gp.5 AG av. quartz Moose River 14.45 0.12\n2828 Rainy River ODM 80%ile Rainy River 14.7 26.6 27\n1507 Asmara, Emba Derho Primary Other 11.2 10.2 4.26 171 0.22\n406 08-RN-120-GR057 Dumont 19.4 2.58 52.9 0\n2400 BCOS‐5 Buriticá 19.98 2.72 22 0.24\n282 C469578 Mount Milligan 21.2\n2390 Grassy Mountain zone 1 Other 4.85 2.44 0.71\n1476 Cap-Wi-120-1 Capoose 13 0.04\n2304 M-13 Constancia 13.7 2.57 32 0.18\n1492 D-13-193-WI Capoose 12.5 0.2\n857 Zafranal S 75th Zafranal 12.05 7.65 2.63 31 0.26\n2326 M-35 Constancia 12.3 2.47 54 0.14\n1645 53392-9 Çöpler 14.2 2.62 51.2 62.5 0.19\n910 Schefferville TRX H Other 6.7 3.24 0.1\n897 Tepal South 31 Tepal 14.3 3.47 46.1 16.7\n2342 M-30 Constancia 6.8 4.18 245 0.03\n1661 53392-35 Çöpler 9.5 2.57 122.5 19.1 0.07\n2358 HY* Constancia 13.4 2.43 68.6 42.9 0.1\n1028 Rainy River ODM dwt5 Rainy River 2.8 38.25\n2833 Rainy River Intrepid 80%ile Rainy River 15.7\n2405 BCOS‐10 Buriticá 17 2.73 34.83 0.22\n1434 Collahuasi UGM-1 Collahuasi 11.6 2.62 52.6 13 59.2 0.2\n287 C471053 Mount Milligan 17.2\n2395 Montagne dor LFZ Other 11.6 8.6 2.94 33.3 22.1 0.09\n3 Quartz Phyllite 49.4 3.29 162.526 2.31 2.64 0 Seidel et al, SAG 1996\n4 Transition Phyllite 45.1 2.3 103.73 1.69 2.68 0 Seidel et al, SAG 1996\n5 Sulfide Phyllite 36.9 1.02 37.638 0.72 2.72 0 Seidel et al, SAG 1996\n14 Wandoo South 27.9 1 10.6 Amdel R.Dunne, World Gold 2007 conference\n15 Wandoo North 25.5 1 10.9 Amdel R.Dunne, World Gold 2007 conference\n926 Boddington diorite 30.1 0.2 0 Parker et al, SAG 2001\n927 Boddington N. volc 28.5 0.23 0 Parker et al, SAG 2001\n928 Boddington S. volc 27 0.26 0 Parker et al, SAG 2001\n1432 Boddington design 27.3 0.22 1 10.7 ALS Ammtec S. Hart et al, SAG 2011\n1433 Boddington Apr 2010 survey 30 1 9.3 ALS Ammtec S. Hart et al, SAG 2011\n188 2004 Life of Mine 55 0 Burger et al, Advances in Comminution, SME 2006\n205 Cadia Volc 65 0.494 32.1 0.21 0 Amdel Dunne et al, SME 1999, SAG2001\n207 Cadia M comp 65 0.581 37.8 0.494 0 Amdel Dunne et al, SME 1999, SAG2001\n1607 Cadia Hill 35 0 Englehardt et al, SAG 2011 speaker notes\n1608 Ridgeway 42 0 Englehardt et al, SAG 2011 speaker notes\n1609 Cadia East 29.7 0 Englehardt et al, SAG 2011 speaker notes\n1901 Cadia East u/g May 08 27 2.7 1 9.9 Amdel Engelhardt et al, MetSoc 2012\n1902 Cadia East u/g crush 27 2.7 1 10 Amdel Engelhardt et al, MetSoc 2012\n1903 Cadia 1998 survey 36 2.7 1 7.5 Amdel Lane, Foggiatto & Bueno, Procemin 2013\n208 Pit 2 22.9 0.19 2.75 0 Page 72, 2009 Feas Study\n209 Pit 3 20.1 0.16 2.87 0 Page 72, 2009 Feas Study\n219 July 1999 survey 60.9 1.13 0 CMP2007 paper\n219 July 1999 survey 60.9 1.13 0 Magnuson et al, SAG 2001\n1605 Huckleberry SAG feed 2012 57.9 0.54 31.1 0.59 2.76 0 SGS Lakefield Wang, Nadolski, Mejia, Drozdiak & Klein, CMP 2013\n227 Kanowna Belle 1 60 0.45 27 0.29 0 Amdel Lunt et al, SAG 1996\n229 Kanowna Belle 3 70 0.4 28 0.24 0 Amdel Lunt et al, SAG 1996\n231 Kanowna Belle 5 50 0.58 29 0.33 0 Amdel Lunt et al, SAG 1996\n236 KCGM design 31.2 0.31 2.9 0 Nelson et al, SAG 96\n252 Lac a Paul Sample 2 75.57 0.98 74.13 3.42 0 SGS Lakefield NI43-101 report, July 2012\n253 Lac a Paul Sample 3 73.82 0.87 64.22 3.42 0 SGS Lakefield NI43-101 report, July 2012\n256 LB minimum 51 2.64 1 5.3 16.1 11.3999996185 5.90000009537 SGS Chile\n257 LB 25th percentile 35.7 2.64 1 7.4 21.6 16.2999992371 8.39999961853 SGS Chile\n258 LB median 30 2.64 1 8.7 24.8 19.5 10.1000003815 SGS Chile\n259 LB 75th percentile 27.1 2.64 1 9.6 26.7 21.2000007629 11 SGS Chile\n260 LB maximum 22.8 2.64 1 11.6 30.5 25.1000003815 13 SGS Chile\n261 LB average 32.3 2.64 1 8.5 23.9 18.6000003815 9.60000038147 SGS Chile\n262 Los Bronces A 71 0.78 55.4 0.5 0 SGS Chile Oestreicher & Spollen, SAG 2006\n263 Los Bronces B 67.2 0.66 44.4 0.43 0 SGS Chile Oestreicher & Spollen, SAG 2006\n264 Los Bronces C 63.5 0.52 33 0.42 0 SGS Chile Oestreicher & Spollen, SAG 2006\n265 Mastabe Sample 1 79.6 0.99 78.8 0.79 2.4 0 NI43-101 report, 31 Oct 2011\n266 Mastabe Sample 2 75.7 0.86 65.1 0.65 2.47 0 NI43-101 report, 31 Oct 2011\n267 Mastabe Sample 3 100 0.42 42 0.42 2.49 0 NI43-101 report, 31 Oct 2011\n268 Mastabe Sample 4 70.3 0.59 41.5 0.51 2.65 0 NI43-101 report, 31 Oct 2011\n269 Mastabe Sample 5 73 0.48 35 0.41 2.65 0 NI43-101 report, 31 Oct 2011\n270 Mastabe Sample 6 67.2 0.8 53.8 0.44 2.65 0 NI43-101 report, 31 Oct 2011\n271 Mastabe Sample 7 82.4 0.58 47.8 0.48 2.58 0 NI43-101 report, 31 Oct 2011\n272 Mastabe Sample 8 85.7 0.63 54 0.54 2.59 0 NI43-101 report, 31 Oct 2011\n273 Mastabe Sample 9 81.4 0.73 59.4 0.59 2.58 0 NI43-101 report, 31 Oct 2011\n274 Mastabe Sample 10 94.5 0.47 44.4 0.44 2.6 0 NI43-101 report, 31 Oct 2011\n275 Mastabe Sample 11 77.9 0.87 67.8 0.67 2.63 0 NI43-101 report, 31 Oct 2011\n276 Mastabe Sample 12 83.2 0.54 44.9 0.44 2.61 0 NI43-101 report, 31 Oct 2011\n277 Mastabe Sample 13 93 0.5 46.5 0.47 2.57 0 NI43-101 report, 31 Oct 2011\n278 Mastabe Sample 14 89.2 0.47 41.9 0.42 2.63 0 NI43-101 report, 31 Oct 2011\n302 Mt Milligan Sample 1 41.01 0.59 24.2 0.34 2.75 0 2009 Feasibility Update\n303 Mt Milligan Sample 2 54.7 0.39 21.33 0.26 2.75 0 2009 Feasibility Update\n307 MMZ hard 76.3 0.39 30 0.2 0 SAG 2011 paper, E. Wolmarans, P.J. Morgan, & D.S. Smit\n308 MMZ soft 60 0.8 48 0.28 0 SAG 2011 paper, E. Wolmarans, P.J. Morgan, & D.S. Smit\n309 MSB 70 2.1 147 0.9 0 SAG 2011 paper, E. Wolmarans, P.J. Morgan, & D.S. Smit\n310 Quartz breccia 70 0.59 41.1 0.34 2.63 0 SGS Oretest J.Errey, AusIMM Mill Op Conf 2009\n311 Amygdaloidal 62.5 0.54 33.8 0.45 2.65 0 SGS Oretest J.Errey, AusIMM Mill Op Conf 2009\n312 Footwall sediments 67 0.66 44.2 2.52 1 SGS Oretest J.Errey, AusIMM Mill Op Conf 2009\n315 Phu Kham 80th percentile 90.7248633749 3.2 0 3.6 Hadaway & Bennett, SAG 2011 #144\n316 Phu Kham All Ore 83.8767210108 3 0 3.8 Hadaway & Bennett, SAG 2011 #144\n317 Phu Kham hardest 97.2302082037 3 0 3 Hadaway & Bennett, SAG 2011 #144\n318 Phu Kham most competent 31.5385459731 3.1 0 9.4 Hadaway & Bennett, SAG 2011 #144\n319 Phu Kham Primary 74.3673447653 3.1 0 4.6 Hadaway & Bennett, SAG 2011 #144\n320 Phu Kham SKN primary 71.8729249896 3.3 0 5.1 Hadaway & Bennett, SAG 2011 #144\n321 Phu Kham SKN transition 108.622812704 3 0 2.4 Hadaway & Bennett, SAG 2011 #144\n322 Phu Kham SWD primary 81.3702737204 2.8 0 3.7 Hadaway & Bennett, SAG 2011 #144\n323 Phu Kham SWD transition 107.734949538 2.7 0 2.2 Hadaway & Bennett, SAG 2011 #144\n324 Phu Kham Transition 107.340928694 2.8 0 2.3 Hadaway & Bennett, SAG 2011 #144\n2359 Phu Kham survey Feb 2013 57.8 1.06 61.3 0.67 0 Bennet et al. AusIMM MillOps2014\n325 Prominent Hill 1 76.1 3.2 1 4 Amdel Weidenbach, Triffett & Treloar, SAG 2011\n326 Prominent Hill 2 45.3 3.2 1 7.4 Amdel Weidenbach, Triffett & Treloar, SAG 2011\n327 Prominent Hill 3 71.1 3.2 1 6 Amdel Weidenbach, Triffett & Treloar, SAG 2011\n328 Prominent Hill 4 43.3 3.2 1 8.6 Amdel Weidenbach, Triffett & Treloar, SAG 2011\n329 Prominent Hill 5 90.4 3.2 1 5 Amdel Weidenbach, Triffett & Treloar, SAG 2011\n330 Prominent Hill 6 58.4 3.2 1 6.1 Amdel Weidenbach, Triffett & Treloar, SAG 2011\n331 Prominent Hill 7 35.1 3.2 1 8.2 Amdel Weidenbach, Triffett & Treloar, SAG 2011\n332 Prominent Hill avg 61.1 3.2 1 6.1 Amdel Weidenbach, Triffett & Treloar, SAG 2011\n333 Prominent Hill 80 percentile 52.8 3.2 1 7.4 Amdel Weidenbach, Triffett & Treloar, SAG 2011\n345 SM 2 52.5 0.63 2.76 0 SGS Lakefield NI43-101 PEA report, Dec 20, 2010\n346 SM 3 46.7 0.69 2.69 0 SGS Lakefield NI43-101 PEA report, Dec 20, 2010\n352 SM 9 53.9 0.61 2.76 0 SGS Lakefield NI43-101 PEA report, Dec 20, 2010\n353 SM 10 47.8 0.92 2.79 0 SGS Lakefield NI43-101 PEA report, Dec 20, 2010\n356 SM 13 43 0.79 2.76 0 SGS Lakefield NI43-101 PEA report, Dec 20, 2010\n359 SM 16 28.7 0.3 2.8 0 SGS Lakefield NI43-101 PEA report, Dec 20, 2010\n361 SM 18 45.8 0.57 2.79 0 SGS Lakefield NI43-101 PEA report, Dec 20, 2010\n362 SM 19 83.2 1.01 2.77 0 SGS Lakefield NI43-101 PEA report, Dec 20, 2010\n366 SM 23 51.3 0.62 2.74 0 SGS Lakefield NI43-101 PEA report, Dec 20, 2010\n374 Tenke Composite 1 42.5 2.28 96.9 1.48 2.76 0 Hazen Starkey et al, CMP2007\n375 Tenke Composite 2 63.5 1.58 100.3 1.35 2.82 0 Hazen Starkey et al, CMP2007\n376 Tenke Composite 3 68.1 2.3 156.6 2 2.54 0 Hazen Starkey et al, CMP2007\n377 Tenke Composite 4 61.1 2.38 145.4 2.27 2.81 0 Hazen Starkey et al, CMP2007\n378 Tenke Composite 5 57.3 2.18 124.9 1.66 2.75 0 Hazen Starkey et al, CMP2007\n379 Tenke Composite 6 60.5 2.03 122.8 2.02 2.82 0 Hazen Starkey et al, CMP2007\n380 07-RN-10-GR040 52.4 2.47 0 Royal Ni, NI43-101 18July2012\n381 07-RN-10-GR041 57.9 2.54 0 Royal Ni, NI43-101 18July2012\n382 07-RN-14-GR042 51.1 2.47 0 Royal Ni, NI43-101 18July2012\n383 07-RN-14-GR043 47.8 2.5 0 Royal Ni, NI43-101 18July2012\n384 07-RN-16-GR054 36.2 2.53 0 Royal Ni, NI43-101 18July2012\n385 07-RN-20-GR10 65.5 2.44 0 Royal Ni, NI43-101 18July2012\n386 07-RN-20-GR11 40.6 2.55 0 Royal Ni, NI43-101 18July2012\n387 07-RN-35-GR063 44.5 2.6 0 Royal Ni, NI43-101 18July2012\n388 07-RN-39-GR029 58.8 2.56 0 Royal Ni, NI43-101 18July2012\n389 07-RN-39-GR030 60.1 2.64 0 Royal Ni, NI43-101 18July2012\n390 07-RN-43-GR018 51.3 2.6 0 Royal Ni, NI43-101 18July2012\n391 07-RN-43-GR019 57.1 2.61 0 Royal Ni, NI43-101 18July2012\n392 07-RN-45-GR033 50.8 2.5 0 Royal Ni, NI43-101 18July2012\n393 07-RN-45-GR034 48.8 2.45 0 Royal Ni, NI43-101 18July2012\n394 07-RN-45-GR035 38.5 2.61 0 Royal Ni, NI43-101 18July2012\n395 07-RN-47-GR026 43.5 2.45 0 Royal Ni, NI43-101 18July2012\n396 07-RN-47-GR027 44.3 2.59 0 Royal Ni, NI43-101 18July2012\n397 07-RN-48-GR050 59.5 2.63 0 Royal Ni, NI43-101 18July2012\n398 07-RN-48-GR051 47.5 2.54 0 Royal Ni, NI43-101 18July2012\n399 08-RN-101-GR05 53.9 2.51 0 Royal Ni, NI43-101 18July2012\n400 08-RN-101-GR06 32.9 2.73 0 Royal Ni, NI43-101 18July2012\n401 08-RN-103-GR031 58.1 2.48 0 Royal Ni, NI43-101 18July2012\n402 08-RN-105-GR12 46.9 2.54 0 Royal Ni, NI43-101 18July2012\n403 08-RN-109-GR048 47 2.46 0 Royal Ni, NI43-101 18July2012\n404 08-RN-109-GR049 39.2 2.63 0 Royal Ni, NI43-101 18July2012\n405 08-RN-111-GR09 61.5 2.65 0 Royal Ni, NI43-101 18July2012\n406 08-RN-120-GR057 52.9 2.58 0 Royal Ni, NI43-101 18July2012\n407 08-RN-126-GR07 59.7 2.61 0 Royal Ni, NI43-101 18July2012\n408 08-RN-126-GR08 54.7 2.53 0 Royal Ni, NI43-101 18July2012\n409 08-RN-129-GR024 66.3 2.55 0 Royal Ni, NI43-101 18July2012\n410 08-RN-129-GR025 50.1 2.55 0 Royal Ni, NI43-101 18July2012\n411 08-RN-134-GR028 55.2 2.64 0 Royal Ni, NI43-101 18July2012\n412 08-RN-137-GR13 67.7 2.57 0 Royal Ni, NI43-101 18July2012\n413 08-RN-137-GR14 47.5 2.62 0 Royal Ni, NI43-101 18July2012\n414 08-RN-138-GR061 54.8 2.65 0 Royal Ni, NI43-101 18July2012\n415 08-RN-138-GR062 43.9 2.54 0 Royal Ni, NI43-101 18July2012\n416 08-RN-37-GR059 47.8 2.6 0 Royal Ni, NI43-101 18July2012\n417 08-RN-37-GR060 56.6 2.62 0 Royal Ni, NI43-101 18July2012\n418 08-RN-41-GR052 59.9 2.58 0 Royal Ni, NI43-101 18July2012\n419 08-RN-41-GR053 58.7 2.59 0 Royal Ni, NI43-101 18July2012\n420 08-RN-52-GR036 56.7 2.59 0 Royal Ni, NI43-101 18July2012\n421 08-RN-52-GR037 45 2.64 0 Royal Ni, NI43-101 18July2012\n422 08-RN-58-GR032 55.6 2.51 0 Royal Ni, NI43-101 18July2012\n423 08-RN-60-GR055 51.2 2.45 0 Royal Ni, NI43-101 18July2012\n424 08-RN-60-GR056 57 2.45 0 Royal Ni, NI43-101 18July2012\n425 08-RN-63-GR038 52.1 2.56 0 Royal Ni, NI43-101 18July2012\n426 08-RN-63-GR039 49.4 2.64 0 Royal Ni, NI43-101 18July2012\n427 08-RN-73-GR016 51.7 2.6 0 Royal Ni, NI43-101 18July2012\n428 08-RN-77-GR022 61 2.57 0 Royal Ni, NI43-101 18July2012\n429 08-RN-77-GR023 60.6 2.58 0 Royal Ni, NI43-101 18July2012\n430 08-RN-79-GR01 55.4 2.59 0 Royal Ni, NI43-101 18July2012\n431 08-RN-79-GR02 56.6 2.62 0 Royal Ni, NI43-101 18July2012\n432 08-RN-82-GR020 62.5 2.61 0 Royal Ni, NI43-101 18July2012\n433 08-RN-82-GR021 54.5 2.64 0 Royal Ni, NI43-101 18July2012\n434 08-RN-83-GR03 47.6 2.44 0 Royal Ni, NI43-101 18July2012\n435 08-RN-83-GR04 41.6 2.6 0 Royal Ni, NI43-101 18July2012\n436 09-RN-156-GR064 51.2 2.56 0 Royal Ni, NI43-101 18July2012\n437 09-RN-156-GR065 58 2.57 0 Royal Ni, NI43-101 18July2012\n438 09-RN-157-GR058 55.8 2.62 0 Royal Ni, NI43-101 18July2012\n439 09-RN-169-GR15 47.6 2.55 0 Royal Ni, NI43-101 18July2012\n440 09-RN-170-GR046 60.8 2.57 0 Royal Ni, NI43-101 18July2012\n441 09-RN-170-GR047 61 2.51 0 Royal Ni, NI43-101 18July2012\n442 09-RN-196-GR044 66.4 2.57 0 Royal Ni, NI43-101 18July2012\n443 09-RN-196-GR045 51.8 2.63 0 Royal Ni, NI43-101 18July2012\n444 10-RN-216D01 44.5 2.56 0 Royal Ni, NI43-101 18July2012\n445 10-RN-216E01 54.3 2.54 0 Royal Ni, NI43-101 18July2012\n446 10-RN-217A01 81.1 2.59 0 Royal Ni, NI43-101 18July2012\n447 10-RN-217EG01 39.3 2.58 0 Royal Ni, NI43-101 18July2012\n448 10-RN-217H01 49.1 2.53 0 Royal Ni, NI43-101 18July2012\n449 10-RN-218AC01 54.2 2.55 0 Royal Ni, NI43-101 18July2012\n450 10-RN-218AC01-B 56.9 2.66 0 Royal Ni, NI43-101 18July2012\n451 10-RN-222B01 61.2 2.56 0 Royal Ni, NI43-101 18July2012\n452 10-RN-222F01 76.7 2.58 0 Royal Ni, NI43-101 18July2012\n453 10-RN-222G01 56.2 2.61 0 Royal Ni, NI43-101 18July2012\n454 RNC-V130HQ-GR017 46.9 2.6 0 Royal Ni, NI43-101 18July2012\n456 EHM Supergene Max 78 0.53 41 0.78 3.25 0 JK Tech A.Tew et al, AusIMM Mill Op Conf, 2003\n457 EHM Supergene Min 55 1.98 109 1.19 3.25 0 JK Tech A.Tew et al, AusIMM Mill Op Conf, 2003\n459 EHM Primary Max 52 0.78 41 0.47 3.42 0 JK Tech A.Tew et al, AusIMM Mill Op Conf, 2003\n460 EHM Primary Min 77 0.6 46 0.33 3.42 0 JK Tech A.Tew et al, AusIMM Mill Op Conf, 2003\n461 Asarco Ray 26 0.25 0 Hazen McGhee et al, SAG 2001\n463 Brunswick soft 65.7 1.02 67.2 0.42 4.35 0 SGS Lakefield Larson, Cooper & Trusiak, SAG 2001 paper\n464 Brunswick hard 75.2 0.06 44.9 0.35 4.3 0 SGS Lakefield Larson, Cooper & Trusiak, SAG 2001 paper\n472 Copper Mtn Pit 2 22.9 0.19 2.75 0 Page 72, 2009 Feas Study\n473 Copper Mtn Pit 3 20.1 0.16 2.87 0 Page 72, 2009 Feas Study\n474 Hidden Valley 80 0.77 61.6 2.7 1 ALS Ammtec McLean & Watt, AusIMM Mill Op Conf 2009\n475 Hidden Valley Hamata 56 1.82 101.9 2.7 1 ALS Ammtec McLean & Watt, AusIMM Mill Op Conf 2009\n479 Harper Creek-G&T 66.6 0.87 57.9 0.56 2.7 1 4.64 ALS Kamloops NI43-101 Mar 31,2011\n481 KCGM design 31.2 0.31 2.9 0 Amdel Nelson et al, SAG 96\n484 Lone Tree 59.8 0.75 44.8 0.33 2.87 0 Hazen J.Seidel et al, SAG 2006\n485 Mt Milligan sample 1 41.01 0.59 24.2 2.75 0 2009 Feasibility Update\n486 Mt Milligan sample 2 54.7 0.39 21.33 2.75 0 2009 Feasibility Update\n487 Phoenix Des Crit 37.5 0.31 0 J.Seidel et al, SAG 2006\n489 Raglan Disseminated 68.6 0.43 29.5 0.13 2.83 0 SGS Lakefield CMP 2005 paper\n490 Raglan Net Texture 69.4 0.44 30.54 0.17 3.01 0 SGS Lakefield CMP 2005 paper\n491 Raglan Massive 57.9 0.91 52.69 0.39 3.32 0 SGS Lakefield CMP 2005 paper\n492 Raglan Waste 65 0.36 23.4 0.18 3.45 0 SGS Lakefield CMP 2005 paper-footwall\n492 Raglan Waste 68.86 0.34 23.4 0.25 3.35 0 SGS Lakefield CMP 2005 paper-hangingwall\n493 Rainy River Zone-433 31 0.29 2.8 1 SGS Lakefield NI43-101 report, 4 June 2012\n494 Rainy River ODM-1 36.1 0.33 2.83 1 SGS Lakefield NI43-101 report, 4 June 2012\n495 Rainy River ODM-3 39.8 0.37 2.83 1 SGS Lakefield NI43-101 report, 4 June 2012\n496 Rainy River ODM-4 39.2 0.39 2.83 1 SGS Lakefield NI43-101 report, 4 June 2012\n499 Three Mile Hill 50 0.54 27 0.17 0 Lunt et al, SAG 1996\n500 Santa Rita average 46.2 0.43 3.24 1 7 ALS Ammtec Faria & Latchireddi, SAG 2011\n501 Santa Rita design 41.3 0.4 3.24 1 7.9 ALS Ammtec Faria & Latchireddi, SAG 2011\n502 Santa Rita survey July 20 76.1 0.66 50.2 0.4 3.23 0 ALS Ammtec Faria & Latchireddi, SAG 2011\n874 Cameron Gold 100 0.31 31 0.28 2.87 0 Coventry Resources NI43-101, July 5, 2012\n875 Aurora Gold Rory Knoll 31.2 0.38 2.81 0 Guyana Goldfields NI43-101, Jan 2013\n876 Aurora Mad Kiss 32.3 0.39 2.85 0 Guyana Goldfields NI43-101, Jan 2013\n877 Aurora Aleck Hill 52.4 0.66 2.85 0 Guyana Goldfields NI43-101, Jan 2013\n881 Metates intrusive 53.7 1.36 73 0.83 2.77 0 Hazen Chesapeak Gold ni43-101, Mar 13, 2013\n881 Metates intrusive 54 1.14 61.6 0.59 2.75 0 Hazen Chesapeak Gold ni43-101, Mar 13, 2013\n956 Redhawk RAE-08-45 88.3 0.34 30 0.23 2.63 SGS Lakefield Redhawk NI43-101, July 2013\n957 Redhawk RMK-11-065 100 0.3 30 0.27 2.55 SGS Lakefield Redhawk NI43-101, July 2013\n985 Hassaï 58.9 1.12 66 2.42 1 3.7 13.4 La Mancha ni43-101, June 2011\n989 White Foil- Mar1999 min 82.66 0.44 36.4 0.26 2.8 0 ALS Ammtec La Mancha 43-101 June 2008\n990 White Foil- Mar1999 max 78.43 0.36 28.2 0.56 2.8 0 ALS Ammtec La Mancha 43-101 June 2008\n991 White Foil- actual 60.8 0.434 26.6 0.28 2.8 0 assume this is same as Amdel 2008\n992 Snelgrove Lake 100 0.31 31 0.23 3.48 1 11.2 22.8 18.7000007629 9.69999980927 SGS Lakefield http://www.mamba.com.au/sampling-and-metallurgy.html\n998 Magino 2012 MC1-A 32.5 2.76 1 ALS Kamloops Argonaut Gold 43-101, Dec 2012\n999 Magino 2012 MC1-B 33.8 2.76 1 ALS Kamloops Argonaut Gold 43-101, Dec 2012\n1000 Snelgrove Lake Iron 31 0.23 3.48 SGS Lakefield Champion Iron ni43-101 Dec 2013\n1463 Duparquet pilot sample 27 0.2 2.73 0 SGS Lakefield Clifton Star NI43-101 May 23, 2014\n1463 Duparquet pilot sample 29 2.73 1 SGS Lakefield Clifton Star NI43-101 May 23, 2014\n1464 Krumovgrad Upper 49.5 1.24 61.4 2.53 0 ALS Ammtec Dundee NI43-101, Mar 21, 2014\n1465 Krumovgrad Wall 83.5 0.35 29.2 2.53 0 ALS Ammtec Dundee NI43-101, Mar 21, 2014\n1507 Asmara, Emba Derho Primary 171 1.04 4.26 1 SGS Vancouver Sunridge Gold NI43-101, 27 March 2014\n1508 Asmara, Emba Derho Oxide 206 2.55 2.16 1 SGS Vancouver Sunridge Gold NI43-101, 27 March 2014\n1509 Asmara, Gupo 43 0.41 2.78 1 SGS Vancouver Sunridge Gold NI43-101, 27 March 2014\n1520 Mercedes HG/UG 66.1 0.99 65.2 0.8 2.42 1 3.9 13.4 Yamana Gold-NI43-101, 25 Feb 2014\n1521 Mercedes MG/UG 64.4 1.1 69 0.86 2.42 1 3.6 12.9 Yamana Gold-NI43-101, 25 Feb 2014\n1522 Mercedes LG/UG 69.2 0.8 56 0.7 2.42 1 4.4 15.2 Yamana Gold-NI43-101, 25 Feb 2014\n1600 Gamsberg Pyrite 67.8 1.17 79.3 0.9 3.56 0 van Drunick Gerold & Palm, IMPC2010\n1600 Gamsberg Pyrite 61.3 1.3 80 3.48 1 4.26 van Drunick Gerold & Palm, IMPC2010\n1601 Gamsberg Pyrrhotite 63.4 0.95 60.2 0.56 3.4 0 van Drunick Gerold & Palm, IMPC2010\n1601 Gamsberg Pyrrhotite 65.7 0.87 57 3.45 1 5.91 van Drunick Gerold & Palm, IMPC2010\n1602 Gamsberg Magnetite 70.5 0.97 68.4 0.98 3.57 0 van Drunick Gerold & Palm, IMPC2010\n1602 Gamsberg Magnetite 70.8 0.95 67.4 3.65 1 5.28 van Drunick Gerold & Palm, IMPC2010\n1854 Itabirite iron 63.05 2.26 142.5 2.56 3.81 0 Segura & Tavares, IMPC 2014 Ch 9, Pg 109\n1913 Yanacocha 82.8 0.88 72.9 0.75 2.52 1 3.47 12.3 8 4.09999990463 0 Metso Brazil Berger et al, SAG 2011\n2387 Corani avg 111 2.3 1 2.35 SGS Chile\n2388 Corani max 60.8 2.3 1 3.98 SGS Chile\n2389 Corani min 210 2.3 1 1.17 SGS Chile\n2394 Montagne dor UFZ 57.7 0.64 36.9 0.34 2.85 1 7.66 20.6 15.6000003815 8.39999961853 0 BV. Inspectorate\n2395 Montagne dor LFZ 58.5 0.57 33.3 0.3 2.94 1 8.75 22.1 17.2999992371 8.89999961853 0 BV. Inspectorate\n2425 Albany Graphite EP 35.6 2.63 1 7.42 SGS Lakefield\n2426 Albany Graphite WP 40.4 2.65 1 6.56 SGS Lakefield\n506 Antapaccay UGM 1 47.7 0.8 0 Dante García & Juliano Villanueva, Procemin 2013\n506 Antapaccay UGM 1 46.4 1 5.7 Dante García & Juliano Villanueva, Procemin 2013\n507 Antapaccay UGM 2 60.2 1.5 0 Dante García & Juliano Villanueva, Procemin 2013\n507 Antapaccay UGM 2 49.4 1 5.5 Dante García & Juliano Villanueva, Procemin 2013\n508 Antapaccay UGM 3 42.9 1 0 Dante García & Juliano Villanueva, Procemin 2013\n508 Antapaccay UGM 3 45.3 1 5.8 Dante García & Juliano Villanueva, Procemin 2013\n509 Antapaccay UGM 4 54.6 0.8 0 Dante García & Juliano Villanueva, Procemin 2013\n509 Antapaccay UGM 4 51.6 1 5.8 Dante García & Juliano Villanueva, Procemin 2013\n510 Antapaccay UGM 5 66.6 1 0 Dante García & Juliano Villanueva, Procemin 2013\n510 Antapaccay UGM 5 63.2 1 4.8 Dante García & Juliano Villanueva, Procemin 2013\n511 Antapaccay UGM 6 48.6 1.1 0 Dante García & Juliano Villanueva, Procemin 2013\n511 Antapaccay UGM 6 46.3 1 6.6 Dante García & Juliano Villanueva, Procemin 2013\n828 RC-1-G01 147 0 SGS Lakefield NI43-101 Dec 2012\n828 RC-1-G01 231 1 4.6 SGS Lakefield NI43-101 Dec 2012\n829 RC-1-G02 377 0 SGS Lakefield NI43-101 Dec 2012\n829 RC-1-G02 507 1 2.4 SGS Lakefield NI43-101 Dec 2012\n830 RC-1-G03 131 0 SGS Lakefield NI43-101 Dec 2012\n830 RC-1-G03 145 1 6.7 SGS Lakefield NI43-101 Dec 2012\n831 RC-2-G01 248 0 SGS Lakefield NI43-101 Dec 2012\n831 RC-2-G01 222 1 4.8 SGS Lakefield NI43-101 Dec 2012\n832 RC-2-G02 93 0 SGS Lakefield NI43-101 Dec 2012\n832 RC-2-G02 113 1 8.2 SGS Lakefield NI43-101 Dec 2012\n833 RC-2-G03 96 0 SGS Lakefield NI43-101 Dec 2012\n833 RC-2-G03 131 1 7.3 SGS Lakefield NI43-101 Dec 2012\n834 RC-3-G01 103 0 SGS Lakefield NI43-101 Dec 2012\n834 RC-3-G01 112 1 8.2 SGS Lakefield NI43-101 Dec 2012\n835 RC-3-G02 108 0 SGS Lakefield NI43-101 Dec 2012\n835 RC-3-G02 91 1 9.7 SGS Lakefield NI43-101 Dec 2012\n836 RC-3-G03 93 0 SGS Lakefield NI43-101 Dec 2012\n836 RC-3-G03 89 1 10 SGS Lakefield NI43-101 Dec 2012\n837 RN-1-G01 215 0 SGS Lakefield NI43-101 Dec 2012\n837 RN-1-G01 184 1 5.6 SGS Lakefield NI43-101 Dec 2012\n838 RN-1-G02 212 0 SGS Lakefield NI43-101 Dec 2012\n838 RN-1-G02 263 1 4.2 SGS Lakefield NI43-101 Dec 2012\n839 RN-1-G03 150 0 SGS Lakefield NI43-101 Dec 2012\n839 RN-1-G03 153 1 6.4 SGS Lakefield NI43-101 Dec 2012\n840 RN-1-G04 213 0 SGS Lakefield NI43-101 Dec 2012\n840 RN-1-G04 250 1 4.4 SGS Lakefield NI43-101 Dec 2012\n841 RN-2-G01 136 0 SGS Lakefield NI43-101 Dec 2012\n841 RN-2-G01 112 1 8 SGS Lakefield NI43-101 Dec 2012\n842 RN-2-G02 257 0 SGS Lakefield NI43-101 Dec 2012\n842 RN-2-G02 180 1 4 SGS Lakefield NI43-101 Dec 2012\n843 RN-2-G03 144 0 SGS Lakefield NI43-101 Dec 2012\n843 RN-2-G03 151 1 6.5 SGS Lakefield NI43-101 Dec 2012\n844 RN-3-G01 119 0 SGS Lakefield NI43-101 Dec 2012\n844 RN-3-G01 142 1 6.9 SGS Lakefield NI43-101 Dec 2012\n845 RN-3-G02 173 0 SGS Lakefield NI43-101 Dec 2012\n845 RN-3-G02 206 1 5.1 SGS Lakefield NI43-101 Dec 2012\n846 RN-3-G03 169 0 SGS Lakefield NI43-101 Dec 2012\n846 RN-3-G03 531 1 2.4 SGS Lakefield NI43-101 Dec 2012\n847 Zafranal H min 113 2.36 1 2.44 SGS Chile Axb est using Los Bronces Axb to DWI relation\n848 Zafranal S min 229 2.36 1 1.23 SGS Chile Axb est using Los Bronces Axb to DWI relation\n849 Zafranal O min 151 2.29 1 1.84 SGS Chile Axb est using Los Bronces Axb to DWI relation\n850 Zafranal H max 22 2.73 1 12.2 SGS Chile Axb est using Los Bronces Axb to DWI relation\n851 Zafranal S max 21 2.81 1 12.55 SGS Chile Axb est using Los Bronces Axb to DWI relation\n852 Zafranal O max 51 2.57 1 5.24 SGS Chile Axb est using Los Bronces Axb to DWI relation\n853 Zafranal H avg 36 2.6 1 7.38 SGS Chile Axb est using Los Bronces Axb to DWI relation\n854 Zafranal S avg 42 2.59 1 6.43 SGS Chile Axb est using Los Bronces Axb to DWI relation\n855 Zafranal O avg 82 2.47 1 3.32 SGS Chile Axb est using Los Bronces Axb to DWI relation\n856 Zafranal H 75th 31 2.67 1 8.69 SGS Chile Axb est using Los Bronces Axb to DWI relation\n857 Zafranal S 75th 31 2.63 1 8.61 SGS Chile Axb est using Los Bronces Axb to DWI relation\n858 Zafranal O 75th 66 2.54 1 4.11 SGS Chile Axb est using Los Bronces Axb to DWI relation\n867 K485-1 61.2 0.48 29.4 0.27 3 0 Aureus NI43-101 report Oct 22, 2012\n868 K485-2 64.8 0.47 30.5 0.29 3 0 Aureus NI43-101 report Oct 22, 2012\n869 K487 83 0.27 22.4 0.26 3 0 Aureus NI43-101 report Oct 22, 2012\n870 K489 89.1 0.32 28.5 0.59 3 0 Aureus NI43-101 report Oct 22, 2012\n871 K490 59.3 0.5 29.7 0.37 3 0 Aureus NI43-101 report Oct 22, 2012\n872 K492 78.8 0.27 21.3 0.23 3 0 Aureus NI43-101 report Oct 22, 2012\n873 K491 51.7 0.53 27.4 0.21 3 0 Aureus NI43-101 report Oct 22, 2012\n882 Tepal North 1 61.9 0.54 33.4 0.32 2.69 1 8.06 22.7 17.3999996185 9 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n883 Tepal North 17 78.5 0.44 34.5 0.34 2.62 1 7.53 22 16.7000007629 8.60000038147 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n884 Tepal North 18 82.1 0.37 30.4 0.29 2.7 1 9 24.7 19.2999992371 10 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n885 Tepal North 19 65.3 0.62 40.5 0.39 2.68 1 6.61 19.4 14.3000001907 7.40000009537 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n886 Tepal North 20 58.2 0.69 40.2 0.39 2.69 1 6.65 19.4 14.3999996185 7.40000009537 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n887 Tepal North 21 64.3 0.51 32.8 0.32 2.63 1 7.99 23 17.6000003815 9.10000038147 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n888 Tepal North 22 84.2 0.37 31.2 0.3 2.69 1 8.69 24.1 18.7000007629 9.69999980927 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n889 Tepal North 23 65.7 0.66 43.4 0.42 2.67 1 6.14 18.4 13.3000001907 6.90000009537 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n890 Tepal North 26 60.4 1.32 79.7 0.78 2.64 1 3.32 11.4 7.30000019073 3.79999995232 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n891 Tepal North 27 75.7 0.49 37.1 0.37 2.58 1 6.99 21.1 15.6999998093 8.10000038147 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n892 Tepal North 28 59.9 1.51 90.4 0.91 2.59 1 2.86 10.3 6.40000009537 3.29999995232 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n893 Tepal North 29 73.7 0.67 49.4 0.49 2.65 1 5.32 16.5 11.6999998093 6 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n894 Tepal North 30 66.9 0.78 52.2 0.51 2.67 1 5.08 15.8 11 5.69999980927 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n895 Tepal South 24 63.3 0.77 48.7 0.49 2.56 1 5.28 16.9 11.8999996185 6.19999980927 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n896 Tepal South 25 62.9 1.18 74.2 0.74 2.6 1 3.49 12 7.80000019073 4 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n897 Tepal South 31 75.5 0.61 46.1 0.34 3.47 1 7.55 16.7 12.6000003815 6.5 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n898 Tepal South 32 62.3 0.65 40.5 0.39 2.7 1 6.72 19.5 14.3999996185 7.5 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n899 Tepal South 33 57.7 1.71 98.7 0.96 2.65 1 2.69 9.5 5.90000009537 3 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n900 Tepal South 34 78.9 0.45 35.5 0.34 2.68 1 7.61 21.7 16.5 8.5 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n901 Tepal South 35 100 0.28 28 0.27 2.67 1 9.71 26.5 21.1000003815 10.8999996185 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n902 Tepal South 36 100 0.25 25 0.24 2.69 1 10.59 28.1 22.7999992371 11.8000001907 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n903 Tepal South 37 74.2 0.59 43.8 0.41 2.76 1 6.29 18.1 13.1999998093 6.80000019073 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n904 Tepal South 38 57.6 1.18 68 0.65 2.71 1 4.01 12.8 8.60000038147 4.40000009537 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n905 Tepal South 39 67.7 0.5 33.9 0.32 2.73 1 8.07 22.4 17.2000007629 8.89999961853 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n906 Tepal South 40 57.9 0.68 39.4 0.37 2.73 1 6.99 19.9 14.8000001907 7.69999980927 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n907 Tepal South 41 63.6 0.51 32.4 0.32 2.65 1 8.12 23.1 17.7999992371 9.19999980927 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n908 Tepal South 42 68.7 0.58 39.8 0.4 2.59 1 6.44 19.7 14.3999996185 7.5 ALS Kamloops Geologix Explorations ni43-101, Apr 30, 2013\n931 Brucejack VOK HW1 52.8 0.92 48.6 0.45 2.79 1 5.76 16.7 12 6.19999980927 Hazen Pretivm NI43-101, June 2013\n932 Brucejack VOK Ore 1 56.6 0.77 43.6 0.41 2.79 1 6.37 18.1 13.1999998093 6.80000019073 Hazen Pretivm NI43-101, June 2013\n934 Brucejack VOK Ore 3 62.9 0.62 39 0.4 2.75 1 7.12 20.2 15 7.80000019073 Hazen Pretivm NI43-101, June 2013\n936 Brucejack VOK Ore 5 52.3 1.16 60.7 0.56 2.81 1 4.61 13.9 9.5 4.90000009537 Hazen Pretivm NI43-101, June 2013\n938 Brucejack WZ HW1 55.2 1.08 59.6 0.53 2.9 1 4.89 14.1 9.80000019073 5.09999990463 Hazen Pretivm NI43-101, June 2013\n940 Brucejack WZ Ore 2 66.7 0.59 39.4 0.37 2.76 1 7.08 19.9 14.8000001907 7.69999980927 Hazen Pretivm NI43-101, June 2013\n942 Brucejack WZ Ore 4 69.9 0.62 43.3 0.41 2.75 1 6.32 18.3 13.3000001907 6.90000009537 Hazen Pretivm NI43-101, June 2013\n953 Los Helados upper 31.9 2.78 1 SGS Chile NGEx NI43-101, Oct 2013\n954 Los Helados intermediate 29.1 2.82 1 SGS Chile NGEx NI43-101, Oct 2013\n955 Los Helados deep 28.1 2.83 1 SGS Chile NGEx NI43-101, Oct 2013\n980 Quimsacocha comp 1 36.3 2.89 1 8 21 SGS Lakefield IAMGOLD Feb2009 NI43-101\n981 Quimsacocha comp 2 40.7 2.65 1 6.5 19.3 SGS Lakefield IAMGOLD Feb2009 NI43-101\n982 Quimsacocha comp 3 40.5 2.7 1 6.7 19.4 SGS Lakefield IAMGOLD Feb2009 NI43-101\n983 Quimsacocha comp 4 39.9 2.73 1 6.9 19.6 SGS Lakefield IAMGOLD Feb2009 NI43-101\n984 Quimsacocha comp 5 43.4 2.7 1 6.2 18.3 SGS Lakefield IAMGOLD Feb2009 NI43-101\n1001 Niobec minimum 82.8 0 SGS Lakefield Iamgold NI43-101 Dec2013\n1001 Niobec minimum 93.4 1 SGS Lakefield Iamgold NI43-101 Dec2013\n1002 Niobec 10th percentile 79 0 SGS Lakefield Iamgold NI43-101 Dec2013\n1002 Niobec 10th percentile 84 1 SGS Lakefield Iamgold NI43-101 Dec2013\n1003 Niobec 25th percentile 73.3 0 SGS Lakefield Iamgold NI43-101 Dec2013\n1003 Niobec 25th percentile 75.8 1 SGS Lakefield Iamgold NI43-101 Dec2013\n1004 Niobec median 64.6 0 SGS Lakefield Iamgold NI43-101 Dec2013\n1004 Niobec median 70.8 1 SGS Lakefield Iamgold NI43-101 Dec2013\n1005 Niobec 75th percentile 56.2 0 SGS Lakefield Iamgold NI43-101 Dec2013\n1005 Niobec 75th percentile 63.9 1 SGS Lakefield Iamgold NI43-101 Dec2013\n1006 Niobec 90th percentile 54.7 0 SGS Lakefield Iamgold NI43-101 Dec2013\n1006 Niobec 90th percentile 57 1 SGS Lakefield Iamgold NI43-101 Dec2013\n1007 Niobec maximum 53.7 0 SGS Lakefield Iamgold NI43-101 Dec2013\n1007 Niobec maximum 56.2 1 SGS Lakefield Iamgold NI43-101 Dec2013\n1008 Duncan Lake 3 comp 57.3 0.62 35.5 0.21 3.33 0 SGS Lakefield Century Iron ni43-101 May 2013\n1009 Duncan Lake 4 comp 74.6 0.49 36.6 0.32 3.18 0 SGS Lakefield Century Iron ni43-101 May 2013\n1010 Duncan Lake 6 comp 83.5 0.45 37.6 0.23 3.2 0 SGS Lakefield Century Iron ni43-101 May 2013\n1011 Duncan Lake 3 BIF 100 0.39 39 0.29 3.49 1 9.01 19.1 15 7.69999980927 SGS Lakefield Century Iron ni43-101 May 2013\n1012 Duncan Lake 3 lean 100 0.33 33 0.25 3.49 1 10.5 21.5 17.3999996185 9 SGS Lakefield Century Iron ni43-101 May 2013\n1013 Duncan Lake 3 SED 78.2 0.43 33.6 0.31 2.81 1 8.26 22.1 17.1000003815 8.80000019073 SGS Lakefield Century Iron ni43-101 May 2013\n1014 Duncan Lake 4 BIF 97.4 0.43 41.9 0.33 3.3 1 7.95 18.3 14 7.19999980927 SGS Lakefield Century Iron ni43-101 May 2013\n1015 Duncan Lake 4 lean 71.1 0.62 44.1 0.4 2.84 1 6.44 17.9 13.1999998093 6.80000019073 SGS Lakefield Century Iron ni43-101 May 2013\n1016 Duncan Lake 6 BIF 100 0.42 42 0.31 3.54 1 8.36 17.8 13.6999998093 7.09999990463 SGS Lakefield Century Iron ni43-101 May 2013\n1017 Duncan Lake 6 GR 100 0.38 38 0.36 2.8 1 7.29 20.1 15.1000003815 7.80000019073 SGS Lakefield Century Iron ni43-101 May 2013\n1018 Rainy River ODM 32.4 2.8 1 23.2 SGS Lakefield Newgold 43-101 Feb 2014\n1019 Rainy River Z433 22.7 2.8 1 30.4 SGS Lakefield Newgold 43-101 Feb 2014\n1020 Rainy River HS 22.1 2.8 1 31.1 SGS Lakefield Newgold 43-101 Feb 2014\n1021 Rainy River NZ 26 2.73 1 27.4 SGS Lakefield Newgold 43-101 Feb 2014\n1022 Rainy River CAP 22.3 3 1 30.6 SGS Lakefield Newgold 43-101 Feb 2014\n1024 Rainy River ODM dwt1 66.2 0.37 24.5 0.45 2.77 0 SGS Lakefield Newgold 43-101 Feb 2014\n1024 Rainy River ODM dwt1 68.9 0.35 24.1 1 SGS Lakefield Newgold 43-101 Feb 2014\n1025 Rainy River ODM dwt2 50.8 0.61 31 0.46 2.82 0 SGS Lakefield Newgold 43-101 Feb 2014\n1025 Rainy River ODM dwt2 55 0.6 33 1 SGS Lakefield Newgold 43-101 Feb 2014\n1026 Rainy River ODM dwt3 54.9 0.55 30.2 0.48 2.83 0 SGS Lakefield Newgold 43-101 Feb 2014\n1026 Rainy River ODM dwt3 54.2 0.64 34.7 1 SGS Lakefield Newgold 43-101 Feb 2014\n1027 Rainy River ODM dwt4 53.2 0.59 31.4 0.47 2.83 0 SGS Lakefield Newgold 43-101 Feb 2014\n1027 Rainy River ODM dwt4 54.9 0.57 31.3 1 SGS Lakefield Newgold 43-101 Feb 2014\n1028 Rainy River ODM dwt5 55.2 0.67 37 0.57 2.8 0 SGS Lakefield Newgold 43-101 Feb 2014\n1028 Rainy River ODM dwt5 56.4 0.7 39.5 1 SGS Lakefield Newgold 43-101 Feb 2014\n1029 Rainy River ODM dwt6 50 0.79 39.5 0.43 2.75 0 SGS Lakefield Newgold 43-101 Feb 2014\n1029 Rainy River ODM dwt6 60.8 0.65 39.5 1 SGS Lakefield Newgold 43-101 Feb 2014\n1030 Rainy River HS dwt1 76.4 0.3 22.9 0.32 2.79 0 SGS Lakefield Newgold 43-101 Feb 2014\n1030 Rainy River HS dwt1 75.4 0.33 24.9 1 SGS Lakefield Newgold 43-101 Feb 2014\n1031 Rainy River HS dwt2 66.4 0.37 24.6 0.31 2.81 0 SGS Lakefield Newgold 43-101 Feb 2014\n1031 Rainy River HS dwt2 58 0.53 27.6 1 SGS Lakefield Newgold 43-101 Feb 2014\n1032 Rainy River CAP dwt1 67 0.37 24.8 0.35 3.02 0 SGS Lakefield Newgold 43-101 Feb 2014\n1032 Rainy River CAP dwt1 58.6 0.45 26.4 1 SGS Lakefield Newgold 43-101 Feb 2014\n1033 Rainy River CAP dwt2 59.5 0.4 23.8 0.21 2.92 0 SGS Lakefield Newgold 43-101 Feb 2014\n1033 Rainy River CAP dwt2 79.1 0.34 26.9 1 SGS Lakefield Newgold 43-101 Feb 2014\n1034 Rainy River Z433 dwt1 60.6 0.41 24.8 0.44 2.81 0 SGS Lakefield Newgold 43-101 Feb 2014\n1034 Rainy River Z433 dwt1 69.5 0.35 24.3 1 SGS Lakefield Newgold 43-101 Feb 2014\n1035 Rainy River Z433 dwt2 60.1 0.42 25.2 0.28 2.82 0 SGS Lakefield Newgold 43-101 Feb 2014\n1035 Rainy River Z433 dwt2 70.5 0.36 25.4 1 SGS Lakefield Newgold 43-101 Feb 2014\n1036 Rainy River Intrepid dwt1 65.9 1.36 89.6 1.04 2.63 0 SGS Lakefield Newgold 43-101 Feb 2014\n1036 Rainy River Intrepid dwt1 64.9 1.6 104 1 SGS Lakefield Newgold 43-101 Feb 2014\n1037 Rainy River Intrepid dwt2 100 0.23 23 0.28 2.72 0 SGS Lakefield Newgold 43-101 Feb 2014\n1037 Rainy River Intrepid dwt2 83.4 0.6 38 1 SGS Lakefield Newgold 43-101 Feb 2014\n1038 Rainy River NZ dwt1 35 0.81 28.4 0.46 2.73 0 SGS Lakefield Newgold 43-101 Feb 2014\n1038 Rainy River NZ dwt1 64.7 0.45 29.1 1 SGS Lakefield Newgold 43-101 Feb 2014\n2828 Rainy River ODM 80%ile 26.6 1 27 SGS Lakefield -22.4 /+19.2\n2829 Rainy River Z433 80%ile 20.7 1 32.5 SGS Lakefield -22.4 /+19.2\n2830 Rainy River HS 80%ile 20.8 1 33 SGS Lakefield -22.4 /+19.2\n2831 Rainy River NZ 80%ile 21.8 1 31.4 SGS Lakefield -22.4 /+19.2\n2832 Rainy River CAP 80%ile 20.3 1 33.2 SGS Lakefield -22.4 /+19.2\n1039 Blackwater minimum 49.6 0.49 2.74 1 5.3 16.7 11.8000001907 6.09999990463 ALS Kamloops Newgold ni43-101 Jan 2014\n1040 Blackwater average 30.4 0.3 2.74 1 9 24.2 19.1000003815 9.89999961853 ALS Kamloops Newgold ni43-101 Jan 2014\n1041 Blackwater 75 percentile 94.8 0.29 27.5 0.26 2.74 1 10 26.5 21.2999992371 11 ALS Kamloops Newgold ni43-101 Jan 2014\n1042 Blackwater maximum 100 0.23 23 0.22 2.74 1 11.9 30.1 25 12.8999996185 ALS Kamloops Newgold ni43-101 Jan 2014\n1434 Collahuasi UGM-1 59.1 0.9 52.6 0.8 2.62 0 SGS Chile Alruiz et al, Procemin 2008\n1434 Collahuasi UGM-1 59.1 0.9 52.6 0.8 2.61 0 5.1 SGS Chile Axb is full JKDWT. DWI is avg of geomet domain SMC results\n1435 Collahuasi UGM-2 61.7 0.6 37 0.73 2.615 0 SGS Chile Alruiz et al, Procemin 2008\n1435 Collahuasi UGM-2 61.7 0.6 37 0.73 2.9 0 6.6 SGS Chile Axb is full JKDWT. DWI is avg of geomet domain SMC results\n1436 Collahuasi UGM-3 63.6 0.8 52.8 0.64 2.58 0 SGS Chile Alruiz et al, Procemin 2008\n1436 Collahuasi UGM-3 63.6 0.8 52.8 0.64 2.58 0 5.6 SGS Chile Axb is full JKDWT. DWI is avg of geomet domain SMC results\n1437 Collahuasi UGM-4 49.5 1.2 59.4 0.78 2.6 0 SGS Chile Alruiz et al, Procemin 2008\n1437 Collahuasi UGM-4 49.5 1.2 59.4 0.78 2.57 0 6.8 SGS Chile Axb is full JKDWT. DWI is avg of geomet domain SMC results\n1438 Collahuasi UGM-5 58.9 0.8 49.5 0.56 2.61 0 SGS Chile Alruiz et al, Procemin 2008\n1438 Collahuasi UGM-5 58.9 0.8 49.5 0.56 2.66 0 4 SGS Chile Axb is full JKDWT. DWI is avg of geomet domain SMC results\n1439 Collahuasi UGM-6 61.6 1 58.5 0.95 2.67 0 SGS Chile Alruiz et al, Procemin 2008\n1439 Collahuasi UGM-6 61.6 1 58.5 0.95 2.69 0 4.6 SGS Chile Axb is full JKDWT. DWI is avg of geomet domain SMC results\n1445 SGS 2012 Composite 1 31.3 0.3 1 8.8 SGS Chile Belo Sun NI43-101, Mar 31, 2014\n1446 SGS 2012 Composite 2-3 30.6 0.29 1 9 SGS Chile Belo Sun NI43-101, Mar 31, 2014\n1447 SGS 2012 Composite 4-6 24 0.22 1 11.6 SGS Chile Belo Sun NI43-101, Mar 31, 2014\n1448 SGS 2012 Composite 5-7 26 0.24 1 10.7 SGS Chile Belo Sun NI43-101, Mar 31, 2014\n1449 SGS 2012 Composite 8 29.6 0.27 1 9.5 SGS Chile Belo Sun NI43-101, Mar 31, 2014\n1450 SGS 2012 Composite 9 25.6 0.23 1 11.4 SGS Chile Belo Sun NI43-101, Mar 31, 2014\n1451 SGS 2013 Composite 1 28 0.19 1 9.14 SGS Chile Belo Sun NI43-101, Mar 31, 2014\n1452 SGS 2013 Composite 2 27 0.27 1 8.6 SGS Chile Belo Sun NI43-101, Mar 31, 2014\n1453 SGS 2013 Composite 3 33.8 0.26 1 6.59 SGS Chile Belo Sun NI43-101, Mar 31, 2014\n1454 SGS 2013 Composite 4 32.9 0.42 1 8.05 SGS Chile Belo Sun NI43-101, Mar 31, 2014\n1455 SGS 2013 Composite 5 36.5 0.34 1 6.57 SGS Chile Belo Sun NI43-101, Mar 31, 2014\n1456 SGS 2013 Composite 6 29 0.28 1 8.42 SGS Chile Belo Sun NI43-101, Mar 31, 2014\n1457 SGS 2013 Composite 7 30.3 0.37 1 9.28 SGS Chile Belo Sun NI43-101, Mar 31, 2014\n1458 SGS 2013 Composite 8 27.6 0.35 1 10.19 SGS Chile Belo Sun NI43-101, Mar 31, 2014\n1469 T1M 43.6 0.35 3.19 1 7.3 SGS Johannesburg Ivanplats NI43-101, March 2014\n1470 T2U 39.5 0.33 3.18 1 8 SGS Johannesburg Ivanplats NI43-101, March 2014\n1471 T2L 44.5 0.37 3.08 1 7 SGS Johannesburg Ivanplats NI43-101, March 2014\n1472 Comp FPX 35 0.29 3.19 1 9.1 SGS Johannesburg Ivanplats NI43-101, March 2014\n1473 Comp N 44.2 0.36 3.13 1 7.1 SGS Johannesburg Ivanplats NI43-101, March 2014\n1474 Comp OLOPX-OPX 32.8 0.27 3.17 1 9.6 SGS Johannesburg Ivanplats NI43-101, March 2014\n1475 Comp PAPX 29.9 0.26 3 1 10.1 SGS Johannesburg Ivanplats NI43-101, March 2014\n1478 Cap-Wi-124-1 73.8 0.45 33.2 0.32 2.7 1 8.16 22.8 17.5 9.10000038147 ALS Kamloops New Gold NI43-101, May 23, 2014\n1483 Cap-Wi-149-2 70.3 0.43 30.2 0.29 2.73 1 9.03 24.4 19.2000007629 9.89999961853 ALS Kamloops New Gold NI43-101, May 23, 2014\n1493 D-13-190-WI 90.5 0.23 20.8 0.19 2.76 1 13.53 33.4 28.5 14.6999998093 ALS Kamloops New Gold NI43-101, May 23, 2014\n1500 mineralized granite 44.1 1 6.06 ALS Ammtec Roxgold NI43-101 June 4, 2014\n1501 mineralized MVol 44.8 1 5.89 ALS Ammtec Roxgold NI43-101 June 4, 2014\n1502 granite/MVol waste 33.9 1 8.59 ALS Ammtec Roxgold NI43-101 June 4, 2014\n1510 Sabodala composite 1 30.9 2.82 ALS Ammtec Sabodala Gold NI43-101, Mar 13, 2014\n1511 Sabodala composite 2 34.9 2.82 ALS Ammtec Sabodala Gold NI43-101, Mar 13, 2014\n1512 Sabodala composite 4 40.4 2.82 ALS Ammtec Sabodala Gold NI43-101, Mar 13, 2014\n1513 Sabodala composite 5 32.3 2.82 ALS Ammtec Sabodala Gold NI43-101, Mar 13, 2014\n1514 Sabodala composite 6 33.9 2.8 ALS Ammtec Sabodala Gold NI43-101, Mar 13, 2014\n1515 Sabodala composite 7 28.8 2.8 ALS Ammtec Sabodala Gold NI43-101, Mar 13, 2014\n1516 Sabodala composite 12 35.6 2.82 ALS Ammtec Sabodala Gold NI43-101, Mar 13, 2014\n1517 Sabodala composite 13 34.4 2.82 ALS Ammtec Sabodala Gold NI43-101, Mar 13, 2014\n1518 Sabodala composite 16 111.1 2 ALS Ammtec Sabodala Gold NI43-101, Mar 13, 2014\n1519 Sabodala Gora 35 2.77 1 22 ALS Ammtec Sabodala Gold NI43-101, Mar 13, 2014\n1523 Lik composite 1 48 1 ALS Kamloops Zazu metals NI43-101 March 3, 2014\n1524 Lik composite 2 54.3 1 ALS Kamloops Zazu metals NI43-101 March 3, 2014\n1525 Lik composite 3 75.9 1 ALS Kamloops Zazu metals NI43-101 March 3, 2014\n1526 Lik composite 4 66.3 1 ALS Kamloops Zazu metals NI43-101 March 3, 2014\n1527 Lik composite 5 46.7 1 ALS Kamloops Zazu metals NI43-101 March 3, 2014\n1528 Lik composite 6 46 1 ALS Kamloops Zazu metals NI43-101 March 3, 2014\n1529 Lik composite 7 67.3 1 ALS Kamloops Zazu metals NI43-101 March 3, 2014\n1643 53392-2 40.3 2.1 84.6 2.58 1 3.04 SGS Lakefield\n1644 53392-6 51.6 1.52 78.4 2.62 1 3.4 SGS Lakefield\n1645 53392-9 47 1.09 51.2 2.62 1 5.12 SGS Lakefield\n1646 53392-12 44.3 0.9 39.9 2.67 1 6.71 SGS Lakefield\n1647 53392-16 42.1 1.07 45 2.74 1 6.07 SGS Lakefield\n1648 53392-19 53.1 0.81 43 2.67 1 6.19 SGS Lakefield\n1650 53392-83 63.7 0.52 33.1 2.72 1 8.16 SGS Lakefield\n1651 53392-87 41.7 1.43 59.6 2.65 1 4.46 SGS Lakefield\n1652 53392-89 56 0.81 45.4 2.7 1 5.96 SGS Lakefield\n1654 53392-63 50.4 1.08 54.4 2.62 1 4.8 SGS Lakefield\n1656 53392-71 57.5 3.57 205.3 2.5 1 1.22 SGS Lakefield\n1657 53392-25 49 1.44 70.6 2.61 1 3.71 SGS Lakefield\n1658 53392-31 52.8 2.37 125.1 2.6 1 2.08 SGS Lakefield\n1660 53392-34 59.3 1.33 78.9 2.61 1 3.32 SGS Lakefield\n1661 53392-35 55.2 2.22 122.5 2.57 1 2.1 SGS Lakefield\n1662 53392-37 45.7 1.75 80 2.71 1 3.4 SGS Lakefield\n1663 53392-77 45.4 2.01 91.3 2.62 1 2.87 SGS Lakefield\n1665 53392-81 47.4 2.08 98.6 2.66 1 2.69 SGS Lakefield\n1666 53392-46 53.5 1.6 85.6 2.81 1 3.29 SGS Lakefield\n1671 US02_11 68.25 0.37 24.93 0.26 2.74 0 Corem\n1671 US02_11 83.5 0.36 30.1 0.35 2.71 0 SGS Lakefield\n1672 US02_12 61.05 0.45 27.74 0.32 2.73 0 Corem\n1672 US02_12 71.9 0.32 23 0.26 2.74 0 SGS Lakefield\n1673 US03_11 55.07 0.44 24.03 0.3 2.75 0 Corem\n1673 US03_11 99.9 0.26 26 0.19 2.76 0 SGS Lakefield\n1674 US03_12 64.1 0.46 29.38 0.23 2.71 0 Corem\n1674 US03_12 86.1 0.31 26.7 0.22 2.73 0 SGS Lakefield\n1675 US04_11 48.02 0.39 18.56 0.29 2.71 0 Corem\n1675 US04_11 100 0.2 20 0.19 2.71 0 SGS Lakefield\n1676 US05_11 53.74 0.35 18.59 0.35 2.76 0 Corem\n1676 US05_11 49.2 0.43 21.2 0.21 2.75 0 SGS Lakefield\n1677 US06_12 62.15 0.44 27.55 0.23 2.69 0 Corem\n1677 US06_12 74.1 0.4 29.6 0.22 2.7 0 SGS Lakefield\n1678 US07A_11 74.91 0.31 23.55 0.29 2.75 0 Corem\n1678 US07A_11 40.2 0.63 25.3 0.32 2.75 0 SGS Lakefield\n1679 US07A_12 54.56 0.6 32.48 0.18 2.71 0 Corem\n1679 US07A_12 100 0.22 22 0.19 2.72 0 SGS Lakefield\n1680 US08_11 41.81 0.52 21.88 0.29 2.72 0 Corem\n1680 US08_11 100 0.2 20 0.29 2.76 0 SGS Lakefield\n1681 US08_12 68.88 0.35 24.03 0.29 2.74 0 Corem\n1681 US08_12 81.2 0.21 17.1 0.21 2.74 0 SGS Lakefield\n1682 US09_11 75.7 0.3 22.5 0.21 2.66 0 Corem\n1682 US09_11 92.7 0.31 28.7 2.68 0 SGS Lakefield\n1683 US09_12 82.69 0.35 29.03 0.2 2.68 0 Corem\n1683 US09_12 100 0.29 29 0.2 2.68 0 SGS Lakefield\n1684 US10_11 39.43 0.63 24.68 0.29 2.76 0 Corem\n1684 US10_11 75.3 0.24 18.1 0.2 2.75 0 SGS Lakefield\n1685 US10_12 57.89 0.49 28.36 0.32 2.75 0 Corem\n1685 US10_12 68.8 0.36 24.8 0.21 2.7 0 SGS Lakefield\n1686 US11_11 67.08 0.36 24.07 0.29 2.69 0 Corem\n1686 US11_11 100 0.28 28 0.16 2.67 0 SGS Lakefield\n1687 US11_12 72.06 0.43 31.01 0.22 2.68 0 Corem\n1687 US11_12 88 0.32 28.2 0.26 2.67 0 SGS Lakefield\n1688 US12_11 57.75 0.4 23.09 0.31 2.61 0 Corem\n1688 US12_11 43 0.47 20.2 0.26 2.73 0 SGS Lakefield\n1689 US12_12 51.84 0.51 26.57 0.33 2.75 0 Corem\n1689 US12_12 100 0.21 21 0.28 2.74 0 SGS Lakefield\n1690 US13_12 72.67 0.41 29.73 0.22 2.67 0 Corem\n1690 US13_12 100 0.24 24 0.17 2.67 0 SGS Lakefield\n1692 US15_12 51.21 0.45 23.25 0.38 2.76 0 Corem\n1692 US15_12 54.8 0.45 24.7 0.22 2.75 0 SGS Lakefield\n1693 US16_12 47.22 0.66 31.17 0.39 2.72 0 Corem\n1693 US16_12 66.1 0.66 43.6 0.31 2.73 0 SGS Lakefield\n1694 US17_12 69.83 0.46 31.9 0.29 2.72 0 Corem\n1694 US17_12 70.4 0.46 32.4 0.33 2.74 0 SGS Lakefield\n1695 US18_12 67.44 0.68 45.62 0.36 2.71 0 Corem\n1695 US18_12 53.4 0.68 36.3 0.32 2.71 0 SGS Lakefield\n1696 US19 62.58 0.48 29.77 0.21 2.72 0 Corem\n1696 US19 82.4 0.26 21.4 0.19 2.73 0 SGS Lakefield\n1697 US20_A 60.31 0.48 28.9 0.26 2.69 0 Corem\n1697 US20_A 92.2 0.23 21.2 0.18 2.69 0 SGS Lakefield\n1698 US20_B 57.73 0.59 34.34 0.3 2.63 0 Corem\n1698 US20_B 100 0.25 25 0.21 2.72 0 SGS Lakefield\n1699 US20_C 82.48 0.54 44.13 0.18 2.65 0 Corem\n1699 US20_C 100 0.34 34 0.18 2.66 0 SGS Lakefield\n1700 US21_A 63.5 0.45 28.86 0.23 2.73 0 Corem\n1700 US21_A 100 0.23 23 0.27 2.72 0 SGS Lakefield\n1701 US21_B 69.72 0.48 33.58 0.17 2.67 0 Corem\n1701 US21_B 100 0.28 28 0.17 2.69 0 SGS Lakefield\n1702 US22 52.46 0.6 31.49 0.21 2.69 0 Corem\n1702 US22 100 0.21 21 0.19 2.72 0 SGS Lakefield\n1703 US23 84.67 0.33 27.6 0.19 2.67 0 Corem\n1703 US23 69 0.3 20.7 0.16 2.66 0 SGS Lakefield\n1704 High grade 52.2 0.67 34.79 0.25 2.72 0 Corem\n1705 Conv No. 1 55.07 0.5 27.41 0.25 2.72 0 Corem\n1706 Conv No. 3 66.45 0.4 26.57 0.26 2.71 0 Corem\n1707 Super Blast 83.23 0.29 24.22 0.23 2.72 0 Corem\n1708 09-21-CV1A-8h_12 81.93 0.3 24.21 0.24 2.74 0 Corem\n1708 09-21-CV1A-8h_12 100 0.24 24 0.2 2.74 0 SGS Lakefield\n1709 10-31-CV1A-11h_12 79.12 0.35 27.42 0.28 2.72 0 Corem\n1709 10-31-CV1A-11h_12 100 0.24 24 0.22 2.72 0 SGS Lakefield\n1710 02-12-CV1A-8h_13 100 0.26 26.23 0.19 2.72 0 Corem\n2018 Pebble west 2004 42.6 2.61 1 SGS Lakefield Northern Dynasty ni43-101 Dec 31, 2014\n2019 Pebble west 2005/6 43.2 2.62 1 SGS Lakefield Northern Dynasty ni43-101 Dec 31, 2014\n2020 Pebble west 2008 45.6 2.59 1 SGS Lakefield Northern Dynasty ni43-101 Dec 31, 2014\n2023 Turnagain 102 84.3 0.24 20.2 2.95 SGS Lakefield Hard Creek Nickel PA (from website) Dec 2011\n2024 Turnagain 104A 100 0.25 25 3.11 SGS Lakefield Hard Creek Nickel PA (from website) Dec 2011\n2025 Turnagain 104B 100 0.24 24 3.02 SGS Lakefield Hard Creek Nickel PA (from website) Dec 2011\n2026 Turnagain 106A 78 0.45 35.1 2.92 SGS Lakefield Hard Creek Nickel PA (from website) Dec 2011\n2027 Turnagain 106B 82.4 0.4 33 3.07 SGS Lakefield Hard Creek Nickel PA (from website) Dec 2011\n2265 Nico P5 22 SGS Lakefield\n2278 Detour Lake min 53.1 1 SGS Lakefield NI43-101 Oct 2012\n2279 Detour Lake 10th 30.2 1 SGS Lakefield NI43-101 Oct 2012\n2280 Detour Lake 25th 27.5 1 SGS Lakefield NI43-101 Oct 2012\n2281 Detour Lake 50th 25.8 2.9 1 SGS Lakefield Torrealba-Vargas et al, SAG 2015\n2282 Detour Lake 75th 24.4 0.185 2.9 1 SGS Lakefield Torrealba-Vargas et al, SAG 2015\n2283 Detour Lake 90th 23.4 1 SGS Lakefield NI43-101 Oct 2012\n2284 Detour Lake max 22.5 1 SGS Lakefield NI43-101 Oct 2012\n2285 Detour Lake 2015 26.6 0.17 2.9 1 SGS Lakefield Torrealba-Vargas et al, SAG 2015\n2286 Detour Lake May 2014 29 0.17 2.9 1 SGS Lakefield Torrealba-Vargas et al, SAG 2015\n2287 FS North Portage avg 40.7 0.32 3.24 1 8.9 SGS Lakefield Muteb & Fortin, SAG 2015\n2288 FS Goose Island avg 42.3 3.28 1 8.7 SGS Lakefield Muteb & Fortin, SAG 2015\n2289 FS Vault avg 40.5 0.35 2.81 1 8.6 SGS Lakefield Muteb & Fortin, SAG 2015\n2290 Vault drill core 40.9 0.38 2.81 1 6.9 SGS Lakefield Muteb & Fortin, SAG 2015\n2291 Stockpile 2013 39 0.37 2.73 1 7 SGS Lakefield Muteb & Fortin, SAG 2015\n2292 Porphyry 2014 35.9 0.35 2.625 SGS Lakefield Muteb & Fortin, SAG 2015\n2293 Zone 704-2 29.8 0.275 2.775 SGS Lakefield Muteb & Fortin, SAG 2015\n2303 M-12 39 2.45 1 6.3 Plenge Lane et al, SAG 2015\n2304 M-13 32 2.57 1 8.1 Plenge Lane et al, SAG 2015\n2305 M-14 39 2.48 1 6.4 Plenge Lane et al, SAG 2015\n2306 M-15 32 2.5 1 8 Plenge Lane et al, SAG 2015\n2307 M-17 51 2.47 1 4.9 Plenge Lane et al, SAG 2015\n2308 M-18 121 2.28 1 1.9 Plenge Lane et al, SAG 2015\n2309 M-22 39 2.5 1 6.5 Plenge Lane et al, SAG 2015\n2310 M-23 28 2.56 1 9 Plenge Lane et al, SAG 2015\n2311 M-24 47 2.39 1 5.1 Plenge Lane et al, SAG 2015\n2312 M-25 49 2.57 1 5.2 Plenge Lane et al, SAG 2015\n2313 M-26 59 2.43 1 4.1 Plenge Lane et al, SAG 2015\n2314 M-27 43 2.48 1 5.9 Plenge Lane et al, SAG 2015\n2315 M-28 39 2.4 1 6.1 Plenge Lane et al, SAG 2015\n2316 M-29 29 2.5 1 8.5 Plenge Lane et al, SAG 2015\n2317 M-32 54 2.57 1 4.8 Plenge Lane et al, SAG 2015\n2318 M-37 54 2.44 1 4.5 Plenge Lane et al, SAG 2015\n2319 M-38 58 2.44 1 4.2 Plenge Lane et al, SAG 2015\n2320 M-39 50 2.59 1 5.2 Plenge Lane et al, SAG 2015\n2321 M-42 38 2.52 1 6.6 Plenge Lane et al, SAG 2015\n2322 M-10 66 2.46 1 3.8 Plenge Lane et al, SAG 2015\n2323 M-11 100 2.33 1 2.3 Plenge Lane et al, SAG 2015\n2324 M-19 31 2.44 1 7.7 Plenge Lane et al, SAG 2015\n2325 M-20 49 2.44 1 5 Plenge Lane et al, SAG 2015\n2326 M-35 54 2.47 1 4.6 Plenge Lane et al, SAG 2015\n2327 M-36 43 2.44 1 5.6 Plenge Lane et al, SAG 2015\n2328 M-40 60 2.43 1 4.1 Plenge Lane et al, SAG 2015\n2329 M-1 56 2.5 1 4.5 Plenge Lane et al, SAG 2015\n2330 M-2 108 2.36 1 2.2 Plenge Lane et al, SAG 2015\n2331 M-3 104 2.41 1 2.3 Plenge Lane et al, SAG 2015\n2332 M-4 77 2.38 1 3.1 Plenge Lane et al, SAG 2015\n2333 M-5 58 2.36 1 4.1 Plenge Lane et al, SAG 2015\n2334 M-6 92 2.2 1 2.4 Plenge Lane et al, SAG 2015\n2335 M-7 95 2.47 1 2.6 Plenge Lane et al, SAG 2015\n2336 M-8 80 2.47 1 3.1 Plenge Lane et al, SAG 2015\n2337 M-9 60 2.36 1 4 Plenge Lane et al, SAG 2015\n2338 M-16 102 2.37 1 2.3 Plenge Lane et al, SAG 2015\n2339 M-21 247 2.27 1 0.9 Plenge Lane et al, SAG 2015\n2340 M-33 133 2.49 1 1.9 Plenge Lane et al, SAG 2015\n2341 M-34 92 2.43 1 2.7 Plenge Lane et al, SAG 2015\n2342 M-30 245 4.18 1 1.7 Plenge Lane et al, SAG 2015\n2343 M-31 232 3.18 1 1.4 Plenge Lane et al, SAG 2015\n2344 M-41 133 4.16 1 3.1 Plenge Lane et al, SAG 2015\n2345 M-43 97 3.51 1 3.6 Plenge Lane et al, SAG 2015\n2346 M-44 86 2.73 1 3.2 Plenge Lane et al, SAG 2015\n2347 M-45 39 3.56 1 9.3 Plenge Lane et al, SAG 2015\n2348 M-46 140 2.67 1 1.9 Plenge Lane et al, SAG 2015\n2349 M-47 121 2.77 1 2.3 Plenge Lane et al, SAG 2015\n2350 M-48 45 3.08 1 6.8 Plenge Lane et al, SAG 2015\n2351 M-49 119 2.85 1 2.4 Plenge Lane et al, SAG 2015\n2352 M-50 65 3.9 1 6 Plenge Lane et al, SAG 2015\n2353 SK* 124 2.6 0 Plenge Lane et al, SAG 2015\n2355 SG* 82.2 2.45 0 Plenge Lane et al, SAG 2015\n2358 HY* 68.6 2.43 0 Plenge Lane et al, SAG 2015\n2365 Moose River OT1 78 0.34 26.5 0.33 2.66 0 0 SGS Lakefield\n2366 Moose River OT2 95.3 0.26 24.8 0.26 2.73 0 0 SGS Lakefield\n2367 Moose River OT3 100 0.25 25 0.28 2.73 0 0 SGS Lakefield\n2368 Moose River OT4 62.6 0.71 44.4 0.44 2.88 1 0 SGS Lakefield\n2376 Fekola deep HG comp 27.3 2.79 0 SGS Lakefield\n2376 Fekola deep HG comp 29 2.79 1 SGS Lakefield\n2377 Fekola shallow HG comp 27.2 2.8 0 SGS Lakefield\n2377 Fekola shallow HG comp 28 2.8 1 SGS Lakefield\n2378 Fekola low grade comp 28.4 2.74 0 SGS Lakefield\n2378 Fekola low grade comp 26.7 2.74 1 SGS Lakefield\n2379 Fekola var min 28.4 2.73 0 SGS Lakefield\n2379 Fekola var min 33.6 2.73 1 SGS Lakefield\n2380 Fekola var max 27.2 2.85 0 SGS Lakefield\n2380 Fekola var max 26 2.85 1 SGS Lakefield\n2381 Fekola var median 27.3 2.78 0 SGS Lakefield\n2381 Fekola var median 29.5 2.78 1 SGS Lakefield\n2382 Fekola var 85th percentile 27.3 2.78 0 SGS Lakefield\n2382 Fekola var 85th percentile 28 2.78 1 SGS Lakefield\n2383 Twangiza Main Fresh 88.6 0.68 60.2 0.69 2.79 0 0 Mintek\n2384 Twangiza Main Transition 55.1 2.49 137.2 0.96 2.79 0 0 Mintek\n2385 Twangiza North Fresh 79.4 0.55 43.7 0.15 2.88 0 0 Mintek\n2386 Twangiza North Transition 65.6 5.22 342.4 3.38 2.99 0 0 Mintek\n2396 BCOS‐1 77.7 0.31 24.09 0.22 2.87 1 11.08 SGS Peru\n2397 BCOS‐2 100 0.22 22 0.21 2.75 1 11.85 SGS Peru\n2398 BCOS‐3 100 0.25 25 0.23 2.77 1 12.2 SGS Peru\n2399 BCOS‐4 68.3 0.48 32.78 0.31 2.73 1 9.23 SGS Peru\n2400 BCOS‐5 100 0.22 22 0.21 2.72 1 11.63 SGS Peru\n2401 BCOS‐6 69.7 0.65 45.31 0.42 2.77 1 6.72 SGS Peru\n2402 BCOS‐7 79.8 0.4 31.92 0.32 2.61 1 7.69 SGS Peru\n2403 BCOS‐8 95.4 0.26 24.8 0.24 2.7 1 10.29 SGS Peru\n2404 BCOS‐9 100 0.18 18 0.17 2.77 1 14.36 SGS Peru\n2405 BCOS‐10 68.3 0.51 34.83 0.33 2.73 1 7.33 SGS Peru\n2406 BCOS‐11 84.7 0.36 30.49 0.29 2.76 1 9.78 SGS Peru\n2407 BCOS‐12 100 0.24 24 0.23 2.7 1 10.58 SGS Peru\n2408 BCOS‐13 61.5 1.76 108.24 1.01 2.78 1 2.8 SGS Peru\n2409 BCOS‐14 80.5 0.37 29.79 0.29 2.61 1 8.36 SGS Peru\n2410 BCOS‐15 60.1 1.8 108.18 1.04 2.7 1 2.36 SGS Peru\n2411 BCOS‐16 61.9 0.83 51.38 0.47 2.86 1 5.31 SGS Peru\n2412 BCOS‐17 65.9 1.05 69.2 0.67 2.69 1 3.73 SGS Peru\n2413 BCOS‐18 98.7 0.27 26.65 0.25 2.69 1 10.02 SGS Peru\n2414 BCOS‐19 65.8 0.49 32.24 0.3 2.79 1 8.56 SGS Peru\n2415 BCOS‐20 100 0.23 23 0.22 2.72 1 11.42 SGS Peru\n2416 BCOC‐001 100 0.23 23 0.23 2.79 0 SGS Peru\n2416 BCOC‐001 100 0.23 23 0.22 2.79 1 11.2 SGS Peru\n2417 BCOC‐002 57.2 0.71 40.6 0.74 2.49 0 SGS Peru\n2417 BCOC‐002 80.9 0.41 33.17 0.35 2.49 1 8.22 SGS Peru\n2418 BCOC‐003 68.7 0.49 33.7 0.31 2.69 0 SGS Peru\n2418 BCOC‐003 80.3 0.38 30.51 0.3 2.69 1 8.39 SGS Peru\n2419 BCOC‐004 66.5 0.4 26.6 0.31 2.72 0 SGS Peru\n2419 BCOC‐004 77.2 0.35 27.02 0.26 2.72 1 9.91 SGS Peru\n2424 Composite 1 60.4 0.6 36.2 0.29 2.73 0 Hazen\nby L D Michaud May 12, 2021 February 1, 2016 Categories Crushing & Screening, Hardness Tags crushing and screening handbook Post navigation


Versión actual 2.0 por Glenn\nVer perfil Mensaje privado a GlennDesign Sigue GlennDesign Añadir a los ya descargados Informe\nLanzado January 03, 2021\n© Glenn - All rights reserved. Se prohíbe cualquier reutilización o redistribución de este archivo sin el consentimiento previo por escrito del autor.\nEste mod de Flight Simulator 2020 fue creado por Glenn and shared in Miscellaneous » TFDi PACX para Microsoft Flight Simulator.


Blue KingLinen King Size Bedspreads - Walmart.com\nGenerated at Tue, 23 Apr 2019 19:38:12 GMT\nElectrode, Comp-406229929, DC-prod-cdc02, ENV-prod-a, PROF-PROD, VER-18.4.5-rc-1, SHA-1d465de19fada6e2cc82b85d39c4dfa2e170a853, CID-dcd53a88-ae9-16a4bb4ab4cb6f, Generated: Tue, 23 Apr 2019 19:38:12 GMT\n© 2019 Walmart. All Rights Reserved. To ensure we are able to help you as best we can, please include your reference number: FGGFFG0Y13\nElectrode, Comp-406229923, DC-prod-cdc02, ENV-prod-a, PROF-PROD, VER-18.4.5-rc-1, SHA-1d465de19fada6e2cc82b85d39c4dfa2e170a853, CID-8c4be8e3-5b5-16a4bb4ab4346b, Generated: Tue, 23 Apr 2019 19:38:12 GMT\nElectrode, Comp-457438092, DC-prod-cdc8, ENV-prod-a, PROF-PROD, VER-8.12.1, SHA-b3cb8446fe3e1573f103f187f35f1a357ce9b788, CID-8b3adddd-d4a-16a4bb4ab3ba44, Generated: Tue, 23 Apr 2019 19:38:13 GMT